https://shop.elephantrobotics.com/blogs/news.atom Elephant Robotics - News 2025-04-25T15:21:54+08:00 Elephant Robotics https://shop.elephantrobotics.com/blogs/news/elephant-robotics-advances-global-ai-powered-robot-innovation-at-multiple-international-events 2025-04-25T15:21:54+08:00 2025-04-25T15:21:56+08:00 Elephant Robotics Advances Global AI-Powered Robot Innovation at Multiple International Events Lisha Qiu In April, we participated in 3 prestigious events: the 137th Canton Fair in Guangzhou, AI EXPO in Tokyo, and WorldSkills Singapore 2025. Throughout these events, Elephant Robotics garnered extensive international media coverage from over 50 outlets, including CCTV, Bloomberg, China Xinhua News, China News, and Nanfang Media.

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Elephant Robotics remains at the forefront of innovation, actively seizing every opportunity to showcase our groundbreaking creations to a worldwide audience while actively engaging with customers to gain insights into local markets. In April, we participated in 3 prestigious events: the 137th Canton Fair in Guangzhou, AI EXPO in Tokyo, and WorldSkills Singapore 2025. These high-profile events served as pivotal platforms for Elephant Robotics to not only showcase our innovations but also to strengthen our foothold in the global technology landscape.


The Canton Fair, officially known as the China Import and Export Fair, is one of the world’s largest and most prestigious trade fairs, held biannually in Guangzhou, China. This year's event featured the inaugural Service Robots Zone, showcasing an impressive array of cutting-edge robotic products.


At the 137th Canton Fair, our booth attracted over 10,000 visitors who eagerly engaged with our latest robotic innovations. We displayed a diverse range of robotic products, including the 6 DOF collaborative robotic arm myCobot Pro 630, the industrial-style collaborative robot mechArm 270, the real-time teleoperated robots myArm M&C series, the 3-finger force-controlled gripper myGripper H100, the ultraArm Conveyor Belt Kit, and the myAGV Compound Robot Intelligent Logistics Kit. These innovative robotics solutions empower visitors across education, research, prototyping, and commercial sectors, offering a versatile platform for creativity and experimentation.


Equally captivating was the lifelike bionic companion robot pets, the metaAnimal series, which garnered significant medias and visitors interest. Designed for seamless interaction, these robot companions provide emotional support to children, adults, seniors, and individuals with disabilities, autism, and Alzheimer's disease. Available in cat, dog, and panda shapes, they closely mimic the appearance, texture, sounds, and behaviors of real animals, fulfilling the need for companionship and emotional comfort without the associated responsibilities. By providing companionship, the metaAnimal pets help reduce loneliness, alleviate social isolation, anxiety, and stress, ultimately enhancing overall mood and well-being.


Hunter Chen, our CMO and Vice President, remarked, "This year marked our first participation in the Canton Fair. The fair provided an invaluable platform to showcase our robotic products, connect with global buyers, and gain deeper insights into market preferences. The results were impressive, with approximately 80,000 US dollars in sales achieved for robot cats, robot dogs and robot pandas. We received on-site orders for 300 units from new customers".


Before participating in the 137th Canton Fair, we showcased our robotics technology at the AI Expo Tokyo, the largest and most authoritative artificial intelligence exhibition in Japan. This prestigious event brings together top technical experts, industry leaders, and pioneering companies from around the globe.


At the AI Expo Tokyo, we displayed our popular 6 DOF collaborative robots, the myCobot 320 and mechArm 270, the mobile robot myAGV 2023, the force-controlled gripper myGripper F100, and the bionic robotic pets metaCat, metaDog and metaPanda. With AI technology, robots are empowered to perform intelligent tasks, transforming industries with autonomous capabilities. These AI robots cater to a wide range of applications, whether for personal DIY projects, enterprise research and development, or commercial applications, allowing visitors to find the perfect solution for their needs. Our display captivated the interest of the Japanese maker community, highlighting the precise movements and versatile applications of our cobots. Through engaging with the maker community, we gained crucial insights into their specific needs and preferences. By listening to the users' feedback and understanding their requirements, we collected valuable suggestions that will inform the future updates, upgrades, and research and development of their products. This exchange of ideas with the maker community highlighted our commitment to innovation and prioritizing the user experience.


Prior to these 2 exhibitions, Elephant Robotics took part in WorldSkills Singapore 2025, a biennial national competition showcasing the best technical abilities of young talents in Singapore. The event attracted over 1,800 visitors who engaged with our robots. We demonstrated our 6 DOF cobot myCobot 280, 4 DOF palletizing cobot ultraArm P340 mobile robot myAGV, AI Kit, and the popular metaAnimal bionic pets. We also launched a Creative Robotics Workshop, providing students with hands-on opportunities to develop their practical skills using the 6-axis robot myCobot 280. A student from Admiralty Secondary School shared his experience, saying, "After engaging with graphical programming tools like myBlockly, I found it straightforward to start and progressively tackle complex programming and control logic. This interactive experience not only bolstered my creativity but also honed my practical skills by allowing me to apply theoretical concepts to real-world challenges."


Throughout these events, Elephant Robotics garnered extensive international media coverage from over 50 outlets, including CCTV, Bloomberg, China Xinhua News, China News, and Nanfang Media. These media coverages highlighted the innovative features and significant impact of the metaAnimal series. By participating in the Canton Fair, AI EXPO, and WorldSkills Singapore 2025, Elephant Robotics gained valuable industry insights through exchanges with robotics enthusiasts, industry experts and educators worldwide. These conversations provided critical feedback on user needs, preferences, and emerging trends, helping us to upgrade our current offerings and inform future product development and innovation strategies.

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https://shop.elephantrobotics.com/blogs/news/women-in-tech-celebrating-robotics-innovation-and-inclusion-at-elephant-robotics 2025-03-08T00:00:19+08:00 2025-03-08T00:00:19+08:00 Women in Tech: Celebrating Robotics Innovation and Inclusion at Elephant Robotics Lisha Qiu With the rapid advancement of technology, women are continually breaking boundaries and becoming drivers of innovation. At Elephant Robotics, many female employees have made outstanding contributions to shaping intelligent robotics.

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On International Women's Day (8 March), that is the bold call for action for all women and girls worldwide. IWD is celebrated to focus attention on women's contributions to society and their right to equality, suffrage, reproductive rights, and freedom from violence and abuse. Originating from labor movements in Europe and North America around 1909, this day is not only a celebration of women's achievements but also a crucial opportunity to promote diversity and inclusion in all fields.


With the rapid advancement of technology, women are continually breaking boundaries and becoming drivers of innovation. When it comes to “women in technology,” many company focus their attention and energy on attracting more women candidates for their open roles. It’s no secret that women are underrepresented in the world of IT. At Elephant Robotics, many female employees have made outstanding contributions to shaping intelligent robotics.


As societies age, mental health challenges such as loneliness and depression are increasingly prevalent. Elderly individuals, single adults, and those with cognitive disorders often seek companionship and emotional support. While pets have traditionally provided comfort, caring for live animals can pose challenges due to physical, financial, or time constraints. Bionic companion robot pets are emerging as a viable solution to this market gap. In recent years, the global demand for these innovative robots has surged, reflecting users' need for companionship without the responsibilities of traditional pet care. Elephant Robotics prioritizes user experience and recognizes the importance of female talent in technology, believing that female engineers can introduce fresh perspectives and drive innovation in robotics development. Our 3 female engineers have shared their own experiences of meeting global user needs, addressing societal challenges, and creating innovative robotics solutions that resonate with users.


The Product Engineer for the bionic companion robot pets in the metaAnimal series, Rachel Lu, states, “We have observed a growing emphasis on users' emotional needs. By understanding the healing and comforting aspects from a female perspective, I carefully design the appearance of our robotic pets and select high-quality fur materials, making them more appealing to the elderly and children. My familiarity with pets also allows me to refine the voice feedback function, enhancing interactivity and emotional connection.”


“I was initially concerned about potential robot collisions. However, testing our 6 DOF collaborative robot arms, the myCobot series, allowed me to assess the feasibility of my algorithm solutions quickly, ensuring both safety and efficiency before implementation in industrial cobots,” adds Mary Huang, our Technical Operations Engineer.


Our After-sales Engineer Malanie Huang emphasizes, “At Elephant Robotics, we prioritize customer needs. We believe that understanding user needs is integral to product management, and collecting feedback is essential for our products. As a support technician, I strive to demonstrate care and emotional insight in my service. I also consistently capture customer insights to propose suggestions for robotic product improvements. We are committed to enhance users' recognition and affection for our brand.”


Since the establishment in 2016, Elephant Robotics is fueled by a steadfast commitment to its vision, “Enjoy Robots World.” As staunch advocates for bringing robots into everyone’s life, we devoted to providing everyone with the opportunity to experience the convenience and benefits that robots bring in the real world. We offer a diverse range of robotic products, including educational collaborative robots, professional robots, the Mercury humanoid robot, and bionic companion robotic pets.


Elephant Robotics is committed to lowering financial barriers, offering a range of cost-effective collaborative options that make personal desktop robot assistants accessible to users worldwide. These intelligent robot assistants are known for their versatility, high openness, and ease of use, making them ideal for creative projects, daily tasks, and production applications. By developing user-friendly tools like the graphical programming platform myBlockly, we simplify entry into robotics. Thus, individuals of all ages, genders, and skill levels can get easier access to advanced programming and control logic of robots. Users can effortlessly create personalized designs using visual software that generates text and image trajectories. With tools like the Drawing Kit and Laser Engraving Kit for the palletizing stepper robot arm ultraArm P340, these designs are automatically rendered, seamlessly combining advanced robotics technology with engaging DIY projects.


Beyond functional cobots, we also offers soft and cuddly bionic companion robot pets, designed to be the most heartwarming intelligent companions. The metaAnimal series, available in cat, dog, and panda shapes, closely mimics the appearance, texture, sounds, and behaviors of real animals, fulfilling people’s need for companionship and emotional comfort. For vulnerable groups, including children, seniors, and individuals with disabilities, autism, or Alzheimer's disease, these robot companions offer the emotional benefits of traditional pets without the associated responsibilities. By providing companionship, the metaAnimal pets help reduce loneliness and isolation, alleviate anxiety and stress, and improve overall mood and well-being.


On this International Women’s Day, Elephant Robotics celebrates the achievements of women in robotics and calls for greater diversity and inclusion in the robotics industry. As we continue to innovate, we remains committed to enhancing emotional well-being, addressing societal needs, and shaping a future where robots play an integral role in improving lives. For more information about Elephant Robotics and our robotic products, please visit https://www.elephantrobotics.com/en/.

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https://shop.elephantrobotics.com/blogs/news/bionic-companion-robot-pets-by-elephant-robotics-harnessing-technology-with-love-and-care-for-seniors 2025-02-14T15:31:12+08:00 2025-02-14T15:31:16+08:00 Bionic Companion Robot Pets by Elephant Robotics: Harnessing Technology with Love and Care for Seniors Lisha Qiu By fostering emotional connections and improving well-being, these bionic robot companions redefine what it means to have a pet. They offer a maintenance-free solution for animal lovers who face obstacles to traditional pet ownership, acting as trusted partners in emotional well-being.

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The metaCat, developed by Elephant Robotics, is not just a robotic pet. Unlike static dolls, this lifelike bionic companion is designed to provide users with a genuine sense of companionship. With its realistic movements, responsive behaviors, and emotional engagement, metaCat offers a unique solution for those who crave the comfort of a pet but face challenges in caring for a live animal.


Since its launch in May 2022, metaCat has quickly captured the hearts of users worldwide. One user shared, “At the beginning of 2022, my beloved pet cat passed away. It had been my companion for many years, and we had countless cherished memories. Its passing left me in deep sorrow for a long time. By chance, I discovered Elephant Robotics' metaCat, which looks exactly like my cat. It has a soft, fluffy coat of striking black fur, and its endearing face features large, expressive eyes that shimmer with curiosity. Seeing it felt like seeing my beloved pet again, so I immediately placed an order. When I received this lifelike bionic robot cat, I fell in love with it at first sight. This adorable robotic companion has brought me so much joy and companionship. To express my gratitude, I even wrote a thank-you letter to the company.”


Another touching story comes from a user named "STORM S," who shared how metaCat transformed her mother's life: “My mother, who is ill and often emotionally distressed, was experiencing frequent irrational outbursts despite the best efforts of her caregivers. The doctor recommended using medication at one point, but I was concerned about potential side effects. Instead, I decided to purchase a metaCat for her, and she loved it immediately. She can't distinguish this lifelike bionic robot cat with a real one and even gave it a name. She sets comfortably for hours petting and talking to her cat. All around, her attitude has greatly improved, as well as her behavior and interactions with others. The caregivers at her facility consider the metaCat a godsend.”


Elephant Robotics place a strong emphasis on user experience. When the rechargeable version of metaCat was launched in March 2023, we proactively reached out to global customers who purchased the old battery-powered version of the metaCat within 2 months prior to the launch of the rechargeable version. We offered a free upgrade, provided users returned their old units within the specified timeframe. Among them was an elderly user named "Elizabeth," who shared, “Although the rechargeable version is more convenient, I can't bear to part with my lifelike bionic companion. I interact with her every day and don't want to be separated from her for even a single day. So, I contacted the company to ask if they could send me the rechargeable version first, and I would return the battery-powered version afterward. After a quick and smooth discussion, they agreed and promptly sent me the rechargeable metaCat. I'm incredibly grateful for their understanding and flexibility.”


As societies grow older, mental health issues like loneliness and depression are increasing. Elderly individuals living alone, single adults, and those with social anxiety or cognitive disorders often seek empathy, companionship, and psychological support. For seniors, challenges such as unfamiliarity with technology, feelings of isolation, and lack of family companionship make these issues even more pressing. Addressing these concerns is a broad societal challenge that requires innovative solutions. Pets have long been a source of comfort and companionship, especially for those facing loneliness or mental health challenges. However, caring for a live animal can be difficult for seniors with dementia, cognitive impairments, and mobility issues, or individuals with allergies, busy lifestyles, or financial constraints. The responsibilities of pet ownership—feeding, grooming, and walking—can be overwhelming, leaving many without the companionship they need. This highlights a market gap for an easier alternative that provides companionship without the care demands.

We have expanded our line of bionic companion robotic pets metaAnimal series, launching the robot dog metaDog in March 2024 and the robot panda metaPanda in July 2024. Each member of the metaAnimal series uses advanced AI and robotics technology to mimic real-life animal behaviors, featuring voice recognition, touch response, and adaptive learning. These bionic robot pets, such as the metaCat that purrs when stroked, or the metaDog that wags its tail when called, offer emotionally genuine and satisfying interactions. They provide the emotional benefits of traditional pets without the associated responsibilities, making them ideal for seniors, individuals with special needs, and anyone seeking low-maintenance companionship.


The metaAnimal series is not just a technological innovation,but serves as a robot tool for emotional healing, social connection, and education. For seniors, these robot companions offer comfort and a sense of purpose, helping to reduce loneliness and isolation. In healthcare settings, metaAnimal pets can lower anxiety, improve moods, and encourage social interaction in places like nursing homes and even alleviate the burden on caregivers. They help spark conversations and build community, making them valuable additions to senior care facilities. Therefore, Elephant Robotics persists in donating multiple batches of metaAnimal series robots to various special care institutions in the world each year. Beyond seniors, we also focus on the mental health of vulnerable groups, including children with autism and individuals with disabilities. The metaAnimal series robots exhibit lifelike behaviors that offer companionship and stress relief, particularly for those who cannot care for traditional pets due to allergies, busy lifestyles, or physical limitations. They provide emotional support, helping to alleviate feelings of isolation and enhance overall well-being.


As aging populations evolve, the metaAnimal series represents a shift in pet ownership, reflecting our commitment to addressing societal challenges with innovation and compassion and providing everyone with opportunities to experience the convenience and benefits of robots in daily life. By fostering emotional connections and improving well-being, these bionic robot companions redefine what it means to have a pet. They offer a maintenance-free solution for animal lovers who face obstacles to traditional pet ownership, acting as trusted partners in emotional well-being.


For more information about the metaAnimal series and to explore Elephant Robotics' robots, please visit https://www.elephantrobotics.com/en/.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-draws-global-spotlight-at-the-ces-2025-with-debut-of-ai-bionic-companion-robotic-pets 2025-01-16T14:42:26+08:00 2025-01-16T14:42:50+08:00 Elephant Robotics Draws Global Spotlight at the CES 2025 with Debut of AI Bionic Companion Robotic Pets Lisha Qiu This year, Elephant Robotics made a remarkable return to CES, unveiling an impressive lineup of robots along with the debut of its AI bionic robots, which captivated many audience.

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Formerly known as the Consumer Electronics Show, CES takes place annually in Las Vegas every January, attracting attendees and exhibitors from around the globe. As the most influential tech event in the world, CES is one of the premier platforms for showcasing the latest and most significant releases from key technology makers and innovators. Since its inception in June 1967, CES has evolved into a hub where the world's biggest brands conduct business and establish new partnerships.


This year, Elephant Robotics made a remarkable return to CES, unveiling an impressive lineup of robots along with the debut of its AI bionic robots, which captivated many audience. Since 2016, we have been dedicated to creating lightweight, open-source robotic products suitable for both educational and professional use, with the goal of integrating robots into daily life and making advanced technologies accessible to everyone.


At CES 2025, our booth was a major attraction, drawing over 10,000 visitors who eagerly interacted with our latest robotic innovations. We showcased a diverse range of personal desktop robots, including 6 DOF collaborative robotic arm myCobot series, 6 DOF industrial-style robot arm mechArm 270, 4 DOF palletizing stepper robotic arm ultraArm P340 and the mobile robot myAGV. These collaborative robots are designed to empower users in education, research, and prototyping across various fields, offering a versatile platform for creativity and experimentation. These intelligent robot assistants are characterized by their versatility, high openness, cost-effectiveness, and ease of use, making them perfect for creative projects, daily tasks, and production applications. Whether functioning as personal assistants, production tools, or artistic platforms, they are essential cobot components of modern living.


Robotic pets are making a notable comeback at CES 2025, driven by more than just entertainment value. The rapid growth of urbanization has been accompanied by an increase in solitary households and an aging population. In today's fast-paced world, issues such as loneliness, companionship for the elderly, emotional support, and psychological rehabilitation are emerging as some of the most pervasive challenges facing society. Artificial intelligence robotic pets that are padding into homes, helping support those who may no longer be able to care for their pets anymore. These AI pets can serve as low-maintenance robot companions, offering companionship without requiring walks, bathing or food. The highlight of the exhibition was the debut of our AI bionic companion robotic pets, including metaCat AI, metaDog AI, and metaPanda AI. Inspired by real-life animals like cats, dogs, and pandas, these AI bionic companions combine high realism with interactive intelligence. With soft, skin-friendly fur, these robot pets can detect touch and respond to voice commands, showcasing lifelike behaviors and genuine emotional expressions. They serve diverse roles, including emotional support for seniors, children, and individuals with special needs, such as autism or Alzheimer's disease. We recognize the significant challenges faced by the senior, including limited digital familiarity, feelings of social disconnection, and loneliness, which are often worsened by the absence of companionship from their children. In light of these issues, we believes that the demand for innovative robotics solutions to deliver comprehensive mental health support is becoming increasingly urgent. Hunter Chen, CMO and Vice President of Elephant Robotics, said, "The metaAnimal series is part of our corporate social responsibility, promoting sustainable development through AI technology. We donate several batches of metaAnimal series robots to various special care institutions each year. Our aim is to address societal challenges brought about by aging populations, offering robotics solutions for companionship, elder care, and overall well-being within families and communities."


Among the AI bionic robot companions, the metaPanda AI stood out, attracting attention from young and older audiences alike. Notably, the acclaimed and influential musician, Stevie Wonder, visited our booth and interacted with our lifelike bionic robot pets, expressing particular fondness for metaPanda AI. With the blend of advanced AI technology and thoughtful design, our metaAnimal AI series is poised to redefine companionship, offering users a unique and emotionally enriching experience. They has significant potential in healthcare, providing companionship for elderly patients with cognitive decline, helping reduce care costs, and improving their independence and quality of life. Furthermore, these AI robot pets serve also offers stress relief for professionals and young individuals facing loneliness, making it an ideal solution for those who desire a pet but lack the time for traditional care. Kirin Wu, CTO of Elephant Robotics, mentioned, "At this year's CES, we are thrilled to debut the metaAnimal AI series, powered by advanced large language models (LLMs) for smart and creative responses, enabling intelligent voice interactions. In the future, we will continuously improve our technology and enhance the performance of our metaAnimal AI series."


At CES 2025, Elephant Robotics garnered extensive international media coverage from more than 50 outlets, including major networks like Gadget, KSNV News 3 Las Vegas, Interesting Engineering, and Shenzhen Daily. These media coverages highlighted the AI bionic robot panda metaPanda AI. The exhibition also allowed Elephant Robotics to strengthen relationships with partners such as NVIDIA, Raspberry Pi, M5Stack, and Hackster.io. Representatives from these esteemed companies visited the booth, creating opportunities for future collaboration and strengthening partnerships. The NVIDIA Partner Passport Program "Explore to Win" attracted many visitors to the booth, eager to learn about our robots. Additionally, makers and tech enthusiasts expressed their admiration for our robotic products, providing invaluable feedback that enhances our understanding of the global market. Hunter Chen expressed satisfaction with the event, stating, "We had a successful showcase of our consumer robots, achieving approximately 200,000 US dollars in sales for our AI bionic robot pets, with 400 pre-sale orders for metaCat AI and metaPanda AI units."


Participation in CES 2025 allowed Elephant Robotics to demonstrate its commitment to integrating AI and robotics into everyday life. Following the event, more and more people know and highly commend us. We received valuable feedback from global customers and inquiries about our robots. As Elephant Robotics continues to focus on research and development, we aim to enhance its robotic products, support emotional well-being, and address key societal needs, shaping a future where robots become integral to daily lives. Notably, we have already secured their booth for CES 2026, where we will unveil more innovative consumer robotic products next year.

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https://shop.elephantrobotics.com/blogs/news/year-in-review-2024-elephant-robotics-celebrates-robot-innovations-and-global-robotics-achievements 2024-12-31T11:40:46+08:00 2024-12-31T11:40:46+08:00 Year in Review 2024: Elephant Robotics Celebrates Robot Innovations and Global Robotics Achievements Lisha Qiu More

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Elephant Robotics, a trailblazer in the realm of robotic innovation, joyfully commemorates the remarkable success achieved in the year of 2024. Committed to meeting dynamic global market demands, we have unveiled a diverse range of robots. This includes the cost-effective lightweight myArm M&C series, the bionic companion robot metaDog, and the bionic robotic panda metaPanda. We've also introduced 2 robotic products: the high-performance force-controlled gripper, myGripper F100, and the portable exoskeleton controller, myController S570. Additionally, we've upgraded myCobot Pro 630, offering improved precision and versatility for the evolving educational and commercial needs. Actively engaging in diverse global projects, we have amplified the global impact of our robotic products. Today, we want to introduce our global robotics adventures and innovations, sharing valuable insights into the diverse applications of our robotic arms across various industries and highlighting the achievements made this year.

Robot Application Cases

In 2024, we proudly unveiled many exceptional application cases from global customers, showcasing the versatility and effectiveness of our robotic arms. Our best-seller 6 DOF collaborative robotic arms, the myCobot series, feature intriguing applications such as synchronized movement with AirPods, brainwave state recognition, AR visual recognition, and artistic creative commercial displays. The myCobot series also serves as learning robot assistants, photography robot assistants, detection robot assistants, and service robots. Other products also have innovative application cases, including a smart home system powered by the 13 DOF dual-arm semi-humanoid robot myBuddy 280, CNC cutting with the 4 DOF collaborative robot arm myPalletizer 260, and dual-arm dishwashing akin to human capabilities with the lightweight myArm M&C series robots. Additionally, many schools have utilized our innovative robotics education solutions to build AI robotics labs. These cases not only showcase Elephant Robotics' technical excellence but also highlight the widespread recognition and positive customer reviews across diverse industries globally, emphasizing our groundbreaking contributions to expanding the possibilities of robotics.

Global Market Activities

In an era where technology, education, and research advance together, innovation drives both educational and scientific progress. It's essential for tech enterprises to lead industry events, including international technology exhibitions, educational conferences, and major robotics seminars, as well as to organize competitions and AI robotics training camps. These activities enable enterprises to stay informed about the latest advancements and better understand global market demands. We are is delighted to announce our engagement in numerous global market activities in 2024. Key events included ISTELive 24 Exhibition in Denver, AI for Good in Geneva, 2024 Conference on Robot Learning (CoRL 2024) in Munich, EduTECH in Melbourne, World Robot Conference in Beijing, Hong Kong Electronics Fair (Spring Edition), AI EXPO in Tokyo, RobotWorld 2024 in Seoul, and International Conference on Intelligent Robots and Systems (IROS 2024) in Abu Dhabi. Participation in these diverse exhibitions underscores Elephant Robotics’ commitment to innovation and the integration of AI and robotics into everyday applications. We gained valuable insights through in-depth exchanges with robot enthusiasts, experts, and educators worldwide, earning recognition in the international education and research community. Besides, it also strengthened connections with customers and partners worldwide and deepened the understanding of global market demands. This feedback reinforces our determination to advance robotics technology while highlighting the growing importance of technology in education and research settings. As we continues to innovate, we remain focused on enhancing human-robot interaction and delivering cutting-edge robotic solutions and research platforms.

Media Coverage

In 2024, Elephant Robotics garnered extensive international media coverage from multiple outlets, including major networks like The MagPi, IEEE Spectrum, Makezine, FOX31 Denver, CCTV, Hong Kong Commercial Daily, China Xinhua News, and Beijing Youth Daily. These media highlights showcased the innovative features and significant impact of our robots, including the 6 DOF collaborative robotic arms, myCobot series, the wheeled humanoid robots, Mercury series, and the lifelike bionic companion robot pets, metaAnimal series. Notably, several of Elephant Robotics' robots were featured on platforms such as Raspberry Pi, IEEE Spectrum, and ROS, reflecting recognition of our products and brand.

Academic Research Contributions

With the rapid development of robot technology, the symbiosis between humans and machines has taken center stage, leading to significant academic progress in cobots and mobile robots. An increasing number of students, scholars, and professors are deeply exploring the fields of robotics, AI, and algorithms. In 2024, over 100 pioneering academic papers focusing on our robotic products emerged from top global institutions, including Carnegie Mellon University, University of California, Berkeley, Imperial College London, University of Bristol, The Hong Kong University of Science and Technology, and Waseda University. These academic advancements explore groundbreaking academic research on innovative design tools for close-proximity human-robot collaboration, highlighting the role of Elephant Robotics' robotic products in advancing academic and research initiatives.

Elephant Robotics, guided by the vision of "Enjoy Robots World," continues to innovate while enhancing human-robot interaction and delivering cutting-edge robot solutions across various applications in 2024. We actively engages in diverse global projects and market activities, aligning our development with the evolving demands of the times. These efforts demonstrate our commitment to providing better robotic products and services to customers worldwide. Looking ahead, Elephant Robotics will maintain our actively involvement in global market activities, fostering communication with global customers to understand the ever-changing global market demands. We are dedicated to optimizing our offerings to provide better robtoic products and services, ensuring that more people can enjoy the convenience and benefits of robots in daily life. Stay tuned to Elephant Robotics and discover how our innovations can transform various sectors, including education, scientific research, healthcare, logistics, intelligent manufacturing, home service, and commercial services.

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https://shop.elephantrobotics.com/blogs/news/global-academic-insights-elephant-robotics-unveils-groundbreaking-research-collection-on-cobots-agvs-and-compound-mobile-robots-from-top-universities 2024-12-26T17:59:51+08:00 2025-01-02T14:42:37+08:00 Global Academic Insights: Elephant Robotics Unveils Groundbreaking Research Collection on Cobots, AGVs and Compound Mobile Robots from Top Universitie Lisha Qiu More

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In the ever-evolving landscape of robotics, the symbiosis between humans and machines takes center stage, marking the advent of a new era of innovation. With the development of robotics technology, the application fields of collaborative robots and compound mobile robots are becoming more and more abundant. Today, Elephant Robotics is thrilled to introduce a pioneering collection of academic papers focusing on Collaborative Robots (Cobots), Automated Guided Vehicles (AGVs) and compound mobile robots sourced from prestigious global universities, such as Carnegie Mellon University, University of California, Berkeley, Imperial College London, University of Bristol, The Hong Kong University of Science and Technology and Waseda University. This compilation delves into the transformative capabilities of Elephant Robotics' 6 DOF collaborative robots, myCobot series, mobile robot, myAGV and autonomous compound mobile robot, LIMO Cobot, highlighting the innovative applications of robotics technology in different fields.

From over 100 pioneering academic papers focusing on Elephant Robotics' robotic products from top global institutions, we have meticulously selected 15 notable studies. This comprehensive collection illustrates how robotics technology is driving advancements across various sectors, including industry, healthcare, agriculture, construction, and manufacturing. It serves as a valuable knowledge repository, showcasing significant theoretical breakthroughs alongside significant practical applications, and providing a holistic perspective on the future of human-robot interaction and collaboration. Tailored for enthusiasts, professionals, and researchers alike, this collection is an essential resource for anyone looking to stay informed about the latest developments and innovations in the robotics field and industries.

Table of contents for this collection of papers:

1. Topic: FogROS2-LS: A Location-Independent Fog Robotics Framework for Latency Sensitive ROS2 Applications

Authors: Kaiyuan Chen, Michael Wang, Marcus Gualtieri, Nan Tian, Christian Juette, Liu Ren, Jeffrey Ichnowski, John Kubiatowicz and Ken Goldberg

Universities: University of California, Berkeley, Carnegie Mellon University

Abstract: This study presents FogROS2-LS, an independent Fog Robotics framework designed specifically for delay-sensitive ROS2 applications. The framework addresses the latency issues in cloud robotics caused by network fluctuations by extending anycast routing, thereby establishing secure and low-latency connections between robots and cloud servers. It enables seamless migration of state estimators and controllers to cloud and edge devices without requiring modifications to existing ROS2 applications. FogROS2-LS dynamically selects optimal service deployment to meet latency requirements, allowing resource-constrained robots to navigate safely in complex environments. The project utilizes Elephant Robotics' mobile robot myAGV to validate the effectiveness of the FogROS2-LS framework through collision avoidance and target tracking scenarios, showcasing its capabilities in network fault recovery and continuous target tracking. These experiments showcase FogROS2-LS's potential to redefine latency-sensitive robotic operations.

2. Topic: Toward Internet of Human and Intelligent Robotic Things With a Digital Twin-Based Mixed Reality Framework

Authors: Dandan Zhang, Ziniu Wu, Jin Zheng, Yifan Li, Zheng Dong, and Jialin Lin

Universities: Imperial College London, University of Bristol

Abstract: This article presents the HuBotVerse framework, designed to facilitate the integration of humans and Intelligent Robot Things (IoHIRT). The framework emphasizes security, user-friendliness, manageability, and open-source accessibility, allowing for the integration of various human-machine interaction interfaces to enhance collaborative control. It seamlessly incorporates a range of Human-Robot Interaction (HRI) interfaces, promoting effective collaboration between humans and robots. Utilizing a digital twin (DT) mixed reality (MR) interface, HuBotVerse provides users with intuitive and immersive interaction methods, significantly improving the efficiency of remote operations. The research conducted with the 6 DOF collaborative robot arm, myCobot 320, validates the development of the IoHIRT concept and the HuBotVerse framework. The integration of digital twin (DT)-based mixed reality (MR) for ergonomic interaction positions HuBotVerse as a promising solution for human-robot collaborative control. This innovative framework enhances both teleoperational efficiency and user experience, offering notable advantages in applications related to homecare services and healthcare.

3. Topic: A Novel Teleoperation Approach Based on MediaPipe and LSTM

Authors: Jianan Xie, Zhen Xu, Jiayu Zeng, Xiaohan Du, Yilin Zhang, Shanshan Wang, Hongming Chen, and Kenji Hashimoto

University: Waseda University

Abstract: The article introduces a novel remote control method for operating mobile robots, enabling operators to control compound mobile robots with one hand. The research team combines MediaPipe Hands hand skeletal detection technology with RGB-D cameras to capture 3D keypoint coordinates more accurately. By analyzing various spatial features of the hand, corresponding remote control commands are generated. To facilitate switching between control objects using specific gestures, a gesture recognition model based on Long Short-Term Memory (LSTM) architecture achieves 100% accuracy in recognizing three distinct gestures. This project utilizes the autonomous compound mobile robot, LIMO Cobot, as a testbed, incorporating a custom inverse kinematics (IK) solver to map the hand's position coordinates to the working space of the 6 DOF robotic arm, myCobot 280 M5. The IK solver calculates the joint angles required for the robotic arm to move to the designated position and activate a doorbell, effectively validating the proposed gesture-based remote control method.

4. Topic: One-Handed Wonders: A Remote Control Method Based on Hand Gesture for Mobile Manipulator

Authors: Jianan Xie, Yilin Zhang, Zhen Xu, Yuyang Gao, Jiawei Bai, Jiayu Zeng, and Kenji Hashimoto

University: Waseda University

Abstract: The Authorss have developed a one-handed gesture-based remote control method for operating mobile robots, enabling operators to manage an entire compound mobile robot with just one hand. Utilizing the autonomous compound mobile robot, LIMO Cobot, as the experimental platform, the project integrates MediaPipe's real-time hand keypoint detection technology with the RealSense D435i depth camera, addressing issues of depth recognition inaccuracies found in previous methods. By analyzing the hand's position, pitch, and rotation, corresponding control commands are generated. To facilitate switching between control objects using specific gestures, the research team introduced a lightweight gesture recognition model based on Gated Recurrent Units (GRU), achieving 100% accuracy in recognizing three distinct gestures. Finally, physical experiments conducted on the LIMO Cobot within a mobile manipulator operation platform provided preliminary validation of the proposed method's effectiveness. This research marks a milestone in intuitive and efficient human-robot interaction, especially in scenarios where minimal physical involvement from the operator is required.

5. Topic: AR-enhanced digital twin for human–robot interaction in manufacturing systems

Authors: Zhongyuan Liao, Yi Cai

University: The Hong Kong University of Science and Technology

Abstract: This paper presents a system that integrates Augmented Reality (AR) technology with Digital Twin (DT) capabilities to enhance human-robot interaction (HRI) in manufacturing environments. The system is designed to operate at 3 distinct levels of DT functionality: the virtual twin for in-situ monitoring, the hybrid twin for intuitive interaction, and the cognitive twin for optimized operation. Utilizing the 6 DOF robot arm, myCobot 280 Pi, as the experimental platform, user studies validated the effectiveness of the AR-enhanced DT system in reducing operation time, lowering error rates, and improving the overall user experience. This innovative system offers a new solution for the future of smart manufacturing by combining AR and DT technologies, thereby enhancing the intuitiveness and efficiency of robotic operations.

6. Topic: TrojanRobot: Backdoor Attacks Against Robotic Manipulation in the Physical World

Authors: Xianlong Wang, Hewen Pan, Hangtao Zhang, Minghui Li, Shengshan Hu, Ziqi Zhou, Lulu Xue, Peijin Guo, Yichen Wang, Wei Wan, Aishan Liu, and Leo Yu Zhang

Universities: Huazhong University of Science and Technology, Beihang University, Griffith University

Abstract: This paper explores the issue of backdoor attacks faced by robots in the physical world and presents a novel approach to such attacks for the first time. Researchers embedded a backdoor large vision-language models (LVLMs) into the visual perception module of the robotic system, effectively misdirecting operations of the 6 DOF collaborative robotic arm myCobot 280 Pi through the use of everyday items as triggers. The experiments demonstrate that this backdoor attack strategy can effectively misguide the robotic arm’s actions when common objects are employed as triggers. The study makes several key contributions. It is the first to investigate existing robotic manipulation schemes, revealing that traditional backdoor attacks are difficult to adapt directly to robotic systems. Additionally, it introduces a plugin-based backdoor model that modifies inputs to the visual perception module, facilitating effective and covert attacks. Finally, it provides the first experimental validation of the proposed robotic backdoor attack’s efficacy in physical world application scenarios.

7. Topic: BestMan: A Modular Mobile Manipulator Platform for Embodied AI with Unified Simulation-Hardware APIs

Authors: Kui Yang, Nieqing Cao, Yan Ding, and Chao Chen

Universities: Xi'an Jiaotong University, Chongqing University

Abstract: This paper presents the BestMan platform, a modular mobile manipulator platform designed for research in Embodied Artificial Intelligence (Embodied AI). Built on the PyBullet simulator, the platform offers a unified simulation and hardware API. This approach effectively addresses the complexities of multi-level technology integration, the modularity limitations of existing platforms, and the challenges of interfacing between simulation environments and physical robotic systems. BestMan enables a wide range of service tasks for robots in home setting by offering 10 key components, each targeting specific areas of Embodied AI research and facilitating algorithm implementation and customization. Notably, the 6 DOF collaborative robot arm, myCobot Pro 630, is a key hardware component of the platform, showcasing its adaptability and software decoupling capabilities. Within the BestMan framework, myCobot Pro 630 can seamlessly integrate with other components to perform diverse tasks, including 3D vision-guided classification and grasping, applications involving compound mobile robots in conjunction with AGVs, and G-code guided artistic creations, showcasing its practical value in Embodied AI research.

8. Topic: Enhancement of Control Performance for Degraded Robot Manipulators Using Digital Twin and Proximal Policy Optimization

Authors: SU-YOUNG PARK, CHEONGHWA LEE, HYUNGJUNG KIM, AND SUNG-HOON AHN

Universities: Seoul National University, Konkuk University

Abstract: The study introduces a pioneering method to enhance the control performance of degraded robot manipulators. Utilizing digital twins and proximal policy optimization (PPO), a deep reinforcement learning algorithm, this novel approach tackles the costly and time-consuming challenges of repairing or replacing sophisticated robot hardware and control systems. By simulating an unstable 6 DOF robotic arm, the research utilizes domain randomization and deep learning techniques to enhance the accuracy and stability of target positioning. Experimental results demonstrate that this approach significantly reduces positional errors, outperforming traditional control methods. Using the 6 DOF desktop robotic arm, myCobot 280 Pi, as the experimental platform, the study randomizes digital twin parameters to simulate performance degradation and develop more robust control strategies. These strategies are applicable to various multi-axis collaborative robots, providing a solution to maintain performance while reducing costs.

9. Topic: An Approach to Elicit Human-Understandable Robot Expressions to Support Human-Robot Interaction

Authors: Jan Leusmann, Steeven Villa, Thomas Liang, Chao Wang, Albrecht Schmidt, and Sven Mayer

University: Ludwig Maximilian University of Munich

Abstract: This paper introduces a two-stage method for developing and validating robot expressions that are understandable to humans, aimed at enhancing the naturalness and intuitiveness of human-robot interaction. In the first stage, the approach utilizes human imitation and movement to generate expressive behaviors. In the second stage, user studies are conducted to validate the comprehensibility of these expressions. The project utilizes the world's smallest and lightest 6 DOF robotic arm, myCobot 280, as a case study, demonstrating how to design robotic movements that express curiosity and attention. Experimental results confirm the effectiveness of these expressions. This method contributes a systematic approach to generating and validating non-verbal communication in robots, ultimately improving communication efficiency and interaction quality between humans and machines. It marks a significant advancement in the field of human-robot interaction (HRI).

10. Topic: 3D Data Collection for Individual Plant Farming

Authors: Jacob Karty, Blake Hament

University: Elon University

Abstract: The paper introduces an automated phenotyping analysis technique that tracks plant health and lifecycle to promote water conservation, reduce pesticide reliance, and increase yields. Utilizing the 6 DOF collaborative robotic arm, myCobot 320 M5, equipped with an RGB camera, the system captures 2D data of plants from multiple angles to create 3D models. The project addresses the workspace limitations of the robotic arm by integrating inverse kinematics and photometric reconstruction techniques to stitch images into a point cloud. Electronic simulations are used to determine optimal shooting angles for maximum plant coverage. Experimental results validate the effectiveness of this method in data collection for photometric reconstruction, enhancing workspace efficiency and providing a robust dataset for machine learning in precision agriculture to extract phenotypic information from plants.

11. Topic: Development of a Retrofit Backhoe Teleoperation System using Cat Command

Authors: Koshi Shibata, Yuki Nishiura, Yusuke Tamaishi, Kohei Matsumoto, Kazuto Nakashima, and Ryo Kurazume

University: Kyushu University

Abstract: This paper presents a novel backhoe remote operation system that is easy to install and cost-effective. The system integrates remote control and sensing technologies, retrofitting the 6 DOF robotic arm, myCobot 280 M5, and electric cylinders onto the Cat Command remote control system, enabling remote operation via a 5G network. Importantly, the system requires no modifications to the cab control unit, allowing operators to remain inside the cab while controlling the machinery remotely. By swapping connection components, the system can manage various devices. The sensing system utilizes sensors and a 360° camera to transmit real-time images from the field, resulting in a more compact and lightweight setup compared to traditional equipment. The project successfully validated the system's effectiveness, confirming its suitability for practical soil excavation tasks. This development marks a significant advancement in the field of remote construction equipment operation, promising increased efficiency and safety in hazardous construction environments.

12. Topic: Development of an Intuitive Mixed Reality Human Robot Interaction Interface for Construction Applications

Authors: Tennakoon*, Jadidi, M.*, and RazaviAlavi S.R.

University: York University

Abstract: This research addresses low productivity and worker safety issues in the construction industry by developing a hybrid reality (MR) human-robot interaction (HRI) interface that combines the precision of robotics with the on-site experience of workers. By installing a ZEDM camera at the end of the 6 DOF collaborative robot, myCobot 320 M5, and utilizing the Meta Quest 2 VR headset to provide a first-person perspective, the project employs gesture recognition technology to enable comprehensive control of the robot. The results demonstrate that this MR HRI interface enhances depth perception and situational awareness, leading to improved operational efficiency. This interface promotes the application of robotics in the construction sector, allowing workers to safely perform hazardous tasks remotely, thereby validating the potential of mixed reality human-robot interaction technologies in the industry.

13. Topic: Six Degrees of Planning: Automated Planning for Surgical Navigation Under MyCobot’s Six Degrees of Freedom

Authors: Colton Barr*, Mateus Karvat Camara*, Sidney Givigi

University: Queen's University

Abstract: This paper investigates the application of medical robotics in stereoelectroencephalography (SEEG) surgery, focusing on how automated planning techniques can control the 6DOF collaborative robot arm, myCobot 280. Researchers employed hybrid planning and the Expression-based Numerical Heuristic Search Planner (ENHSP) to simulate robotic joint movements, achieving precise needle placement at 3D coordinates within the brain. The study evaluated the planner's performance across various planning domains and visualized results using 3D Slicer simulations. Findings indicate that this method effectively prevents collisions with the patient's head, generating joint rotation movements to accurately position the needle. The research also outlines future directions, including simulating link collisions, enabling simultaneous multi-joint movements, and developing customized heuristic methods to optimize planner performance.

14. Topic: Gesture-Controlled Robotic Arm for Agricultural Harvesting Using a Data Glove with Bending Sensor and OptiTrack Systems

Authors: Zeping Yu, Chenghong Lu, Yunhao Zhang and Lei Jing*

University: University of Aizu

Abstract: This paper introduces a gesture-controlled robotic arm system designed for agricultural harvesting, utilizing data gloves to capture hand movements and gestures for precise control of the 6 DOF collaborative robotic arm, myCobot 320 Pi. The system employs bending sensors and OptiTrack spatial tracking technology, combined with a CNN+BiLSTM machine learning model, to accurately recognize gestures for robotic arm manipulation. Experiments demonstrate high precision in replicating hand movements, with an Euclidean distance of 0.0131 meters and a root mean square error (RMSE) of 0.0095 meters, achieving a recognition accuracy of 96.43%. By integrating the advantages of both semi-automated and fully automated systems, this innovative solution offers an effective approach to enhance efficiency in agricultural harvesting and reduce the labor-intensive nature of fruit picking.

15. Topic: Research & analysis of automated robots using sensors and path finding algorithms

Author: Aravind Srisai Kishore

University: Uppsala University

Abstract: This paper's thesis investigates the concept of robotic automation, along with the relevant literature and technical requirements, aiming to design a small-scale robotic demonstrator capable of autonomous operation. The research utilizes the mobile robot myAGV for environmental navigation and the collaborative robot myCobot 280 for object interaction. The focus of the study is on employing optical detection and LiDAR sensors to collect data and generate maps, while utilizing path planning algorithms to reach targets within the map while avoiding walls and obstacles. The results showcase the capabilities of the compound mobile robot in object interaction, autonomous navigation, data collection, and environmental mapping, as well as performance analysis of the algorithms through simulations. This development not only enhances productivity and safety but also underscores the ethical implications of integrating autonomous systems into real-world applications, setting a new benchmark for the future of robotics in dynamic and sensitive settings.

Academic-Insights-15 Academic-Insights-15

This curated collection of academic papers delves into groundbreaking research focused on innovative design tools for close-proximity human-robot collaboration. Analyzing these cutting-edge studies reveals the immense potential of robotics technology to enhance efficiency, reduce costs, improve safety, and elevate user experience. The applications of robotics are rapidly expanding, from homecare to precision agriculture, and from construction to medical surgery, making them an indispensable part of our daily lives. As technology continues to evolve, we believe robotics will bring even more innovation and convenience into everyday life. Elephant Robotics is committed to ongoing innovation, providing advanced robotics solutions to meet evolving market demands while actively expanding the scope of robotic application scenarios.

To view and download selected academic papers from 2024, please click the following link: https://drive.google.com/drive/folders/12euaZG-alvIGkQVRimv8fNxd8VYv1V2j?usp=sharing.

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https://shop.elephantrobotics.com/blogs/news/ces2025 2024-12-20T16:48:04+08:00 2024-12-23T15:32:54+08:00 Elephant Robotics to Exhibit at CES 2025: Featuring Cutting-Edge Innovative Robotics Solutions and AI Bionic Robots Debut Lisha Qiu Our participation in the International Consumer Electronics Show (CES) 2025. This premier technology trade show will be held in Las Vegas, USA, from January 7-10, where you can find us at booth 8963 in the LVCC North Hall.

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As technology continues to evolve, consumer electronics have become essential to everyday life. Elephant Robotics, a high-tech company specializing in robotics design and production, is thrilled to announce our participation in the International Consumer Electronics Show (CES) 2025. This premier technology trade show will be held in Las Vegas, USA, from January 7-10, where you can find us at booth 8963 in the LVCC North Hall.

With the mission of "Enjoy Robots World", Elephant Robotics offers a diverse range of robotic products, including educational collaborative robots, professional robots, the Mercury humanoid robot, and bionic companion robotic pets. Committed to pushing the boundaries of robotics technology, we aim to provide everyone with opportunities to experience the convenience and benefits of robots in daily life. At CES 2025, we will showcase innovative robotic solutions and host 3 engaging interactive activities.

Daily Robot Assistants: Personal Desktop Robotics for Everyday Tasks

Elephant Robotics is dedicated to reducing the barriers to robot applications by offering a diverse range of personal desktop robots, including 4 DOF collaborative robotic arms, 6 DOF cobots, 7 DOF robot arms, and mobile robots. These intelligent robot assistants are characterized by their versatility, high openness, cost-effectiveness, and ease of use, making them perfect for creative projects, daily tasks, and production applications. Equipped with a variety of end effectors—including cameras, suction pumps, grippers, and dexterous hands—these robots can perform a wide range of tasks. This versatility enhances the practicality of robotic arms, reducing the workload and increasing efficiency, allowing people to spend more time on creative and recreational activities. Ultimately, these robotics innovations enhance convenience and joy in everyday life. Whether functioning as personal assistants, production tools, or artistic platforms, they are becoming essential components of modern living.

Intelligent Commercial Partners: All-in-One Commercial Collaborative Robots

Alongside personal entertainment and convenience, the broad commercial applications of robotics technology are a significant aspect of future intelligent living. At CES 2025, we will present 2 commercial collaborative robots with powerful performance and sleek, integrated design aesthetics.

The myCobot Pro 630, a high-performance commercial collaborative robot, boasts a sleek integrated design and advanced capabilities. Equipped with a holographic device, it provides an immersive and dynamic experience for commercial displays and exhibitions, enabling multi-angle movement and captivating 3D visual effects. This robot offers a fresh approach to business marketing and displays with impressive flexibility and a wide range of applications.

Additionally, the Mercury X1, a universal wheeled humanoid robot, features a mobile chassis with high-performance LiDAR and 19 DOF dual-arm robotic arms, delivering exceptional agility and intelligence. Mercury X1 can work seamlessly alongside humans to improve efficiency, reduce costs, and expand commercial opportunities in sectors such as service, hospitality, education, scientific and academic research, entertainment and smart home applications. Since its official launch in late 2023, Mercury X1 has received significant market attention, already delivering notable success in sectors like electronics, chips, and the 3C industry. Since its official launch in late 2023, the Mercury X1 has garnered significant market attention, achieving mass delivery just 7 months post-launch. This versatile wheeled humanoid robot is easily integrated into light industrial manufacturing, particularly in sectors such as electronics, and chips. There are some already successful applications include stripping adhesive sleeves from mobile phone components and assembling flexible connectors. By replacing manual labor, the Mercury X1 improves work efficiency and reduces costs.

Warm Robot Companions: AI Bionic Robot Pets

Robots can also be soft and cuddly, bionic companion robot pets are set to become the most heartwarming intelligent companions in daily life. We will unveil our new series of bionic robotic pets—metaCat AI, metaDog AI, and metaPanda AI—at CES 2025. These AI bionic robotic pets, available in cat, dog, and panda shapes, closely mimic the appearance, texture, sound, and experience of real animals, fulfilling people's need for companionship and emotional comfort. Equipped with AI models, they understand human language and emotions, providing a life-like interaction experience.

Designed to provide companionship and emotional support, these pets are equipped with lifelike features such as realistic fur, interactive movements, and engaging behaviors. These AI bionic companions understand human emotions and can respond to voice commands, offering a truly immersive and responsive interaction. Equipped with AI models, they understand human language and emotions, providing a "life-like" smart interaction experience.

Particularly beneficial for children, seniors, and individuals with autism or Alzheimer's disease, these AI bionic companion robotic pets help reduce feelings of loneliness, alleviate anxiety, and promote mental well-being. In addition, their AI capabilities allow them to engage in dynamic, lifelike conversations, and even respond to emotional cues, fostering deeper connections with users. In family environments, these pets can serve as both educational and comforting companions, while in healthcare settings, they offer potential in emotional support and mental care. They represent a new frontier in human-robot interaction, where robotics not only enhance productivity but also improve emotional quality of life.

Exciting Interactive Activities: Don't Miss Out

We are not only showcasing our innovative robotic products at CES 2025, but are also offering visitors the opportunity to participate in 3 exciting interactive activities.

Innovative Robotics Workshop: In this hands-on workshop, visitors will experience the power of graphical programming tools like myBlockly to control the 6 DOF collaborative robot arm, myCobot 280. By arranging code "blocks" in a fun and intuitive way, participants can easily bring their creative ideas to life. The workshop simplifies programming, allowing participants to enhance their practical skills and hands-on experience through direct interaction with various robotic products. This engaging environment encourages more people to explore the applications of robotic arms in everyday life.

Share & Win: Visitors can participate by sharing posts on social media platforms (Facebook, X, LinkedIn) with the hashtag #ElephantRobotics to win a free, limited-edition panda doll keychain. It's an easy and fun way to engage with our brand while standing a chance to win a unique souvenir!

Explore to Win – NVIDA and Partner Passport Program: As an official NVIDIA partner, Elephant Robotics is honored to be invited to participate in the Explore to Win event, part of the NVIDIA and Partner Passport Program at CES 2025. Visitors who scan the QR code at our booth (LVCC, North Hall – booth #8963) will be able to collect points and have a chance to win exciting prizes.

CES 2025 is an unparalleled platform for showcasing cutting-edge technology and fostering idea exchange. Participation in CES 2025 allows Elephant Robotics to showcase the latest robotic innovations and emphasize its mission to integrate AI and robotics into everyday life. It also offers opportunities to explore collaborations with international organizations and companies, fostering loyalty and trust among its customers. Visitors are encouraged to visit us at LVCC North Hall – booth 8963 to experience our innovative robotics technologies firsthand and discover how these innovations can transform everyday's life.

For more information, please visit: CES2025 - Elephant Robotics.

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https://shop.elephantrobotics.com/blogs/news/global-tour 2024-11-21T18:14:55+08:00 2024-11-21T18:14:55+08:00 Elephant Robotics Concludes An Intensive Global Tour, Showcasing Innovations at Three Major International Robotics Events Lisha Qiu More

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In an era where technology, education, and research advance together, innovation drives both educational and scientific progress. For robotics research and development companies, participating in significant scientific and academic robotics conferences and international technology exhibitions is crucial to staying updated on the latest technological advancements. Elephant Robotics is delighted to announce the successful wrap-up of our global tour. From November 6th to 17th, we presented our innovative robotics solutions at 3 prominent scientific and academic conferences and international technology exhibitions: The Conference on Robot Learning (CoRL) in Munich, the 62nd Higher Education Expo China (HEEC) in Chongqing, and the 26th China Hi-Tech Fair (CHTF) in Shenzhen.

The Conference on Robot Learning (CoRL) is an annual international conference hosted by the Institute of Electrical and Electronics Engineers (IEEE), focusing on the intersection of robotics and machine learning. At CoRL 2024, we presented a range of products, including the universal wheeled humanoid robot Mercury X1, the upcoming wearable teleoperation robotic arms, the 6 DOF collaborative robot arm myCobot 320 with the Artificial Intelligence Kit, bionic robotic cat metaCat, and the bionic robot panda metaPanda.

In the conference, our wearable teleoperation robotic arms, featuring an exciting real-time human-robot collaboration demonstration with Mercury X1, attracted considerable attention from visitors. Many academic experts and researchers were particularly impressed by the innovative wearable controllers that allow precise command over the humanoid robot for various tasks across multiple application scenarios. A staff from our company stated, "Our wearable teleoperation robotic arms have received numerous inquiries, and many lab directors expressed their intent to purchase, with 2 clients even placing pre-orders on-site." Additionally, the collaborative robot myCobot 320, combined with the myCobot 320 AI Kit 2023, showcased live demonstrations of precise positioning, automatic sorting, and object grasping. These impressive displays attracted significant attention from scholars representing universities around the globe. They believe that Elephant Robotics' cobots not only help students acquire technical knowledge through practice but also cultivate innovative thinking and problem-solving abilities. During hands-on operations, students are able to delve into advanced research and development, exploring robotics topics such as machine vision, path planning algorithms, motion control algorithms, perception algorithms, and decision-making algorithms. This immersive experience fosters creativity and practical skills through continuous experimentation, enabling them to apply theoretical concepts to real-world challenges and complete innovative research projects. This interactive approach not only engages students but also prepares them for future challenges in the ever-evolving field of robotics and automation.

Following the success at CoRL, Elephant Robotics participated in the prestigious Higher Education Expo China (HEEC) in Chongqing. HEEC, a premier annual exhibition dedicated to higher education, brings together universities, educational institutions, and industry leaders to foster collaboration and innovation. At the 62nd HEEC, we continued to impress with a diverse range of robotic products, including the compound mobile robot that combines the 6 DOF robotic arm myCobot 280 and the mobile robot myAGV 2023, the wheeled humanoid robot Mercury X1, Artificial Intelligence Kit, Agricultural AI Kit with 3D Vision, ultraArm Conveyor Belt Kit and myCobot Pro 630 3D Vision Sorting Kit. Additionally, our bionic companion robotic pets, metaCat, metaDog, and metaPanda were also major attractions.

Our booth became a hub of activity, with over 3,000 visitors flocking to explore our affordable, user-friendly, and easy-to-use robotics education solutions. The appeal of these solutions lies in their accessibility and practicality, making them an ideal choice for educational institutions seeking innovative tools to enhance the learning experience. During the exhibition, visitors had the opportunity to witness on-site demonstrations that showcased the innovative functions and usage scenarios of our robotics education solutions. These demonstrations provided valuable insights into how the solutions could be seamlessly integrated into various educational settings, attracted many professors, teachers, and representatives from major institutions of higher education institutions. They expressed keen interest in exploring future collaborations and incorporating Elephant Robotics' technology into their curricula. At the HEEC, we established friendly relationships with many universities and higher educational institutions.

We then concluded our global tour at the 26th China Hi-Tech Fair (CHTF). As the largest and most influential science and technology fair in China, the CHTF offers a platform for tech companies worldwide to showcase their latest innovations. Throughout the event, our booth buzzed with activity, drawing a continuous stream of visitors eager to witness the latest in robotics innovation. The standout robot was Mercury X1, a wheeled humanoid robot featuring 19 DOF and a high-performance mobile base, powered by NVIDIA Jetson Xavier controller. Designed for commercial services and smart home applications, Mercury X1 drew crowds with its impressive capabilities. Equally attention-grabbing was the lifelike bionic companion robotic pet metaPanda, which drew media and visitor interest alike. Designed for seamless interaction, it provides emotional support to children, adults, seniors, and individuals with autism and Alzheimer's disease. The metaPanda helps reduce loneliness, aids cognitive development, alleviates anxiety, and mitigates aggressive behaviors. By fostering a sense of responsibility and enhancing mental well-being, these bionic robot pets create positive interactions in daily life.

Participating in these 3 major international robotics events underscores Elephant Robotics' commitment to innovation and the integration of AI and robotics into everyday applications. We gained valuable insights through in-depth exchanges with robot enthusiasts, experts, and educators worldwide, earning recognition in the international education and research community. This feedback reinforces our determination to advance robotics technology while highlighting the growing importance of technology in education and research settings. As we continues to innovate, we remains focused on enhancing human-robot interaction and delivering cutting-edge robotic products and research platforms. Looking ahead, Elephant Robotics is set to participate in 2 international exhibitions: UAE Cultural & Creative 2024 from 12-14 December in Dubai and the International Consumer Electronics Show 2025 (CES 2025) from 7-10 January in Las Vegas. Visitors are invited to visit our booth to explore cutting-edge robotics technologies.

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https://shop.elephantrobotics.com/blogs/news/global-robotics-events-2024 2024-10-31T16:49:00+08:00 2024-10-31T16:49:00+08:00 Global Tour Underway: Elephant Robotics Showcases Innovations at Key International Robotics Events Lisha Qiu We had showcased our innovative robotics solutions at 4 significant scientific and academic robotics conferences and international exhibitions from 14-26 October.

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In an era where robotics technology is transforming industries and enhancing everyday life, Elephant Robotics is excited to announce that our global tour is now halfway through. We had showcased our innovative robotics solutions at 4 significant scientific and academic robotics conferences and international exhibitions from 14-26 October. These events include the World Telecommunication Standardization Assembly (ITU WTSA EXPO 2024) in New Delhi, the IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2024) in Abu Dhabi, the Macao International Trade & Investment Fair (29th MIF) in Macao, and RobotWorld 2024 in Seoul.

Building on the success at the AI for Good Global Summit 2024 this past May, we received an invitation from the Imternational Telecommunication Union(ITU) to attend the 1st International AI Standards Summit during the ITU WTSA EXPO 2024. This invitation highlights our achievements in artificial intelligence and robotics, providing a unique platform to showcase innovative solutions, engage with global peers, and promote collaboration. The summit's "AI for Good" initiative aligns with our vision, "Enjoy Robots World," aiming to ensure AI technologies benefit individuals, society, and the environment. At ITU WTSA EXPO 2024, Elephant Robotics' booth drew significant attention, showcasing our innovative robotics education solutions and demonstrating how our products address modern educational challenges. Numerous educators and students from around the world engaged in our hands-on robotics workshops, experiencing the transformative power of robotics firsthand.

Simultaneously, we attended IROS 2024, one of the world's largest robotics research conferences hosted by the Institute of Electrical and Electronics Engineers (IEEE). With the theme "Robotics for Sustainable Development," IROS 2024 brought together leading experts and innovators to discuss the role of robotics technology in achieving sustainability goals. Throughout the four-day exhibition, our booth became a focal point, showcasing advanced robotic products such as the wheeled humanoid robot Mercury X1, the 6 DOF industrial-style robotic arm mechArm 270, and the Artificial Intelligence Kit for entry-level AI vision. The Mercury X1 even conducted a patrol around the venue, engaging visitors in interactive experiences. A staff from our company held meaningful discussions with students, professors, robotics enthusiasts, experts, and industry leaders from around the world about the applications of humanoid robots in commercial and home services, as well as future trends. These discussions not only strengthened connections with global customers but also provided valuable insights into their specific needs and preferences. By engaging directly with industry experts and educators, we received valuable feedback on user experiences and insights into their evolving needs. This interaction also enabled us to share our latest market events and product developments while maintaining open communication with global customers and partners. As a result, Elephant Robotics gained a deeper understanding of market demands, identifying key areas for improvement and innovation. This feedback will be crucial in refining product features and enhancing the overall user experience.

Following ITU WTSA EXPO 2024 and IROS 2024, Elephant Robotics traveled to Macao for the 29th MIF, where our booth attracted over 1,000 visitors eager to explore the latest robotic innovations. Attendees were captivated by our lifelike bionic robotic companion pets from the metaAnimal series, sparking vibrant interactions. We showcased a diverse array of robots, including the 6 DOF collaborative robot myCobot 280, the dual-arm 17 DOF semi-humanoid robot Mercury B1, and the bionic robot pets metaCat, metaDog, and metaPanda. A representative from our company delivered a keynote speech that emphasized the intelligent features of our home robots and showcased their applications in both commercial and home services, enhancing user engagement through voice recognition and AI technologies. The metaAnimal series is perfect for children, the elderly, and individuals with autism and dementia, with many attendees expressing interest in their therapeutic benefits for reducing loneliness and improving mental health.

After the 29th MIF, we showcased our innovative technology at RobotWorld 2024, one of Asia's largest international robotics exhibitions. This prestigious event served as a comprehensive platform for industry professionals, academics, and enthusiasts to celebrate the latest advancements in robotics. RobotWorld 2024 experienced an impressive turnout, with over 1,800 visitors actively engaging with our robots. At this exhibition, we focused on demonstrating its collaborative robots myCobot series, the versatile mobile robot myAGV, and our popular bionic companion robotic cat metaCat. The myCobot series, known for its precision and adaptability, attracted significant interest from both educational institutions and industry professionals looking to integrate collaborative robots into their operations. Meanwhile, the myAGV showcased its capabilities in automation and logistics, highlighting the growing importance of mobile robots in enhancing efficiency across various sectors.

Elephant Robotics' participation in these 4 major scientific and academic robotics conferences underscores our innovations in technology and its dedication to integrating AI and robotics into various everyday applications. Through these events, we showcased our innovative solutions to a global audience while gaining valuable insights from discussions with robotics enthusiasts, experts, and educators. This engagement strengthened connections with customers and partners worldwide and deepened the understanding of global market demands. This feedback will drive us to continuously advance robotics technology, improve human-robot interaction, and deliver cutting-edge solutions and research platforms. Looking ahead, Elephant Robotics is set to participate in 2 significant scientific and academic robotics conferences in November: The Conference on Robot Learning (CoRL), hosted by the Institute of Electrical and Electronics Engineers(IEEE) from 6-9 November in Munich and the 62nd Higher Education Expo China from 15-17 November in Chongqing. Visitors are encouraged to stop by our booth to experience groundbreaking robotics technologies and discover how these innovations can transform various sectors, including education, scientific and academic research, healthcare, logistics, intelligent manufacturing, home service and commercial services.

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https://shop.elephantrobotics.com/blogs/news/global-robotics-events-fall-2024 2024-10-12T16:01:07+08:00 2024-10-12T16:01:07+08:00 Elephant Robotics Kicks Off Global Robotics Exhibition Extravaganza Lisha Qiu More

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In an era where artificial intelligence and technology advance hand in hand, innovation has become the driving force behind the robotics industry. The upcoming month marks a Robotics Exhibition Extravaganza for Elephant Robotics, as we proudly announce our participation in 5 significant scientific and academic robotics conferences and international exhibitions from 14 October to 8 November.

Building on the momentum from our participation in the AI for Good Global Summit 2024 this past May, Elephant Robotics is thrilled to be invited to the 1st International AI Standards Summit, organized by ITU, ISO, and IEC. This summit will be held from 14 to 18 October at the Bharat Mandapam Convention Center in New Delhi, during the World Telecommunication Standardization Assembly (ITU WTSA EXPO 2024). The invitation not only highlights our achievements in artificial intelligence and robotics but also provides us with a unique platform to showcase our latest innovative robotics solutions, engage with global peers, and promote mutual learning and collaboration. This AI for Good Impact India summit will unite leading voices in AI standards and global standardization bodies to collaborate on developing responsible, safe, and inclusive AI practices. The summit's "AI for Good" initiative aligns perfectly with Elephant Robotics' vision, "Enjoy Robots World," which aims to ensure that the development and application of AI technologies positively impact individuals, society, and the environment. At this summit, we will showcase our innovative robotics education solutions at booth 57, demonstrating how our robotic products can address challenges in modern education, such as limited teaching methods, a lack of diverse teaching tools, and restricted interactive modes. Our innovative robotics solutions provide a range of workshops that empower students worldwide to engage with and learn about robotics technology, enhancing their practical skills and hands-on experience. These initiatives not only help students acquire technical knowledge but also cultivate innovative thinking and problem-solving abilities, contributing to the development of the next generation of scientists and engineers to address global challenges. This mission aligns closely with the goals of "AI for Good," promoting technological innovation, expanding education, embracing social responsibility, fostering sustainable development, and strengthening international cooperation.

Institute of Electrical and Electronics Engineers (IEEE), the world's largest technical professional association for electronics engineering, electrical engineering, and other related disciplines, recently will host 2 significant scientific and academic conferences that highlight the cutting-edge developments in robotics and related fields: The IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) and The Conference on Robot Learning (CoRL). The IROS is one of the largest and most significant robotics research conferences globally, attracting leading experts, researchers, and innovators from around the globe to share insights, discuss trends, and exhibit groundbreaking technologies. IROS 2024 will take place from 14 to 18 October at ADNEC in Abu Dhabi, focusing on the theme “Robotics for Sustainable Development,” which highlights the crucial role of robotics in achieving sustainability goals. Additionally, the CoRL is an annual international academic and scientific gathering that focuses on the intersection of robotics and machine learning. It brings together researchers, academics, students, engineers, and industry professionals dedicated to advancing the science and technology of robotics. CoRL 2024 will be held from 6 to 9 November at the Science Congress Center Munich in Garching, Munich. Elephant Robotics is honored to be invited to participate in these 2 key scientific and academic robotics conferences, providing a fantastic opportunity to explore the future of robotics, from AI-powered solutions to advanced control engineering. With the rapid advancement of embodied AI, our Mercury X1 and innovative robotics solutions are set to become preferred choices for those seeking reliable, scalable, and robust solutions in scientific and academic research. Our robots serve not only as experimental and research platforms for developing and testing AI and machine learning but also for collecting research data, executing automated experiments, Human-Computer Interaction (HCI) studies, and biomimetics. We invite everyone to visit us at IROS 2024, booth 37, and CoRL 2024, booth 16, to discover how our innovative robots can transform education and research.

In addition to these 3 conferences, Elephant Robotics will attend the 29th Macao International Trade & Investment Fair (29th MIF) from 16 to 19 October at the Cotai Expo, The Venetian Macao. The MIF is the first local exhibition in Macao accredited by the Global Association of the Exhibition Industry (UFI) and has become a prominent annual international economic and trade event. With the theme “Economic Diversification and Development Opportunities,” the 29th MIF will feature a variety of business promotion activities showcasing Macao’s “1+4” economic diversification strategy and the latest developments in the Guangdong-Macao In-Depth Cooperation Zone in Hengqin. At this event, we will showcase our collaborative robots, semi-humanoid robots, and bionic companion robotic pets at booth M01. Additionally, we will participate in the Shenzhen and Macao SAR Economic and Trade Cooperation and Communication Conference of the Year 2024. Our Business Development Manager, Gary Jiang, will also deliver a presentation titled “Future Vision of Home Robots,” highlighting our robots’ intelligent interactive features and exploring the applications of humanoid robots, cobots and bionic robots in intelligent home environments. Equipped with voice recognition and powered by AI technologies like ChatGPT, our home robots utilize natural language processing to streamline control processes and enhance user interaction.

Moving on to South Korea, Elephant Robotics will participate in RobotWorld 2024, taking place from 23 to 26 October at KINTEX Exhibition Hall 1 in Seoul. RobotWorld is dedicated to fostering the growth of the robotics sector, providing a comprehensive platform for industry professionals, academics, and enthusiasts to connect, collaborate, and celebrate the latest advancements in robotics. As one of Asia's largest international robotics exhibitions, it is a key event on the global robotics calendar, known for its unique blend of business, academia, and cultural elements. RobotWorld 2024 is expected to attract a substantial international audience, making it the perfect stage for us to showcase our commitment to advancing robotics and educational technology. At the event, Elephant Robotics is excited to present a range of robots, including robot arms, bionic robot pets at Hall 1-90. Our bionic robotic pets offer exceptional emotional engagement and educational value, serving as innovative teaching tools that enrich course content while providing students opportunities to learn about pet care, fostering confidence and competence for their future endeavors.

This Global Robotics Exhibition Extravaganza offers Elephant Robotics an exciting opportunity to showcase our latest robotics technologies and explore future trends and innovations in the education sector. We invite everyone to join us in celebrating this event, visit our booths, and experience our innovative robotics solutions while gaining insights into the evolving robotics industry.

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https://shop.elephantrobotics.com/blogs/news/world-robot-conference-showcases-humanoid-bionic-robots 2024-08-30T18:50:52+08:00 2024-08-30T18:50:56+08:00 Elephant Robotics Draws Global Spotlight at World Robot Conference with Humanoid and Bionic Robots and STEM Education Solutions at EduTECH Lisha Qiu Through participation in World Robot Conference 2024 and EduTECH, we gained valuable industry insights through in-depth exchanges with robot enthusiasts, experts, and educators worldwide. This feedback will drive us to continually advance humanoid robotics technology, enhance human-robot interaction, and deliver more cutting-edge robotics education solutions and research platforms.

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With breakthroughs in large language models and AI technologies, the advancement of humanoid robots has emerged as a major trend in the long-term development of the robotics industry. In recent years, the humanoid robot sector has seen explosive growth, with an increasing number of bipedal and wheeled humanoid robots entering the market. With the unwavering vision of "Enjoy Robot World," Elephant Robotics actively engages in international robotics events and exhibitions to fully showcase the charm of our collaborative robots, bionic robot pets, humanoid robots, and innovative robotics education solutions. In August, we participated in 2 major industry events: the World Robot Conference 2024 in Beijing and the EduTECH Conference in Melbourne.

The World Robot Conference (WRC) is a prestigious international event, recognized as the largest and most influential gathering in China's robotics field. It serves as a hub for the latest advancements in robotics and intelligent automation, attracting a global audience of industry leaders, researchers, engineers, and technology enthusiasts. The 2024 conference, themed “Co-Fostering New Quality Productive Forces for a Shared intelligent Future,” focused on technological innovation and practical applications, deepening the “robotics + applications” landscape.

At WRC 2024, Elephant Robotics' booth was a major attraction, drawing over 5,000 visitors who eagerly interacted with our latest robotic innovations. Our lifelike bionic robotic companion pets from the metaAnimal series captivated the crowd, sparking lively interactions. We featured a range of novel products, including Mercury Humanoid Series Robots, 6 DOF collaborative robot myCobot Series, 6 DOF robot arm mechArm 270, 4 DOF palletizing stepper robotic arm ultraArm P340, bionic robot cat metaCat, bionic robot dog metaDog and bionic robot panda metaPanda. The metaAnimal series reflects our mission to bring robots into everyone's life, offering innovative robotics solutions for home companionship and allowing everyone to experience the convenience and benefits of having robots in homes. These lifelike bionic companions are designed to interact seamlessly with users, providing emotional support to children, adults, seniors, and individuals with autism and dementia. In home settings, they serve as comforting robot companions that help reduce feelings of loneliness, aid cognitive development, alleviate anxiety, and mitigate aggressive behaviors. By fostering a sense of proactive responsibility and contributing to overall mental well-being, these bionic pets bring meaningful, positive interactions into daily life.

The development of embodied AI and humanoid robots is advancing rapidly, marking a significant shift in the robotics landscape. Junyi Song, our CEO, stated, "Leveraging our 8 years of expertise in AI, collaborative robots, and bionic robotics, we launched our first wheeled humanoid robot, Mercury X1, at the end of last year." The Mercury Humanoid Series is set to become the preferred choice for those seeking reliable, scalable, and robust solutions in commercial services and smart home applications. Wheeled humanoid robots offer distinct advantages over bipedal humanoid robots, including enhanced mobility, greater dexterity, and lower complexity, making them ideal for commercialization. In scenarios requiring only basic mobility, deploying a mobile chassis with high-performance LiDAR instead of legs significantly reduces costs and shifts the development focus to optimizing dual-arm collaboration and eye-in-hand calibration capabilities. This design enables precise and efficient mobile manipulation, maximizing both operational performance and development resources. The Mercury Humanoid Series takes this a step further by integrating large language models (LLMs) in embodied AI, allowing these robots to excel in complex tasks through advanced voice command recognition and comprehensive information processing. In the hospitality industry, they can function as waitstaff or delivery robots, managing repetitive tasks such as serving drinks and transporting items, thereby boosting efficiency and reducing labor costs. In home settings, they serve as personal assistants, aiding with everyday chores like sweeping, folding clothes, and washing dishes. Junyi Song remarked, "As the global ageing population and workforce shortages become more prevalent alongside technological advancements, we recognize the pivotal contribution of humanoid robots in fostering global economic development. In the future, we are committed to developing more wheeled humanoid robots to expand the application of humanoid robots in commercial services and intelligent home environments."

Before participating in the WRC, we showcased our innovative robotics technology at EduTECH, Australia’s largest conference and exhibition for educators and EdTech providers. This prestigious event serves as a platform for sharing insights and experiences to inspire and empower educators to become the change-makers the sector needs and drive meaningful change in education. Participation in the EduTECH provided us with a unique opportunity to present our innovative robotics education solutions and robotics workshops, drawing widespread attention from international educators and scholars.

During this two-day exhibition, our booth attracted numerous attendees who experienced our lightweight collaborative robotic arms and lifelike bionic robot pets. These robots were highly recognized for their potential applications in education. We showcased diverse robotics education solutions, including the 4 DOF robotic arm ultraArm P340, the 6 DOF collaborative robot myCobot 280, the 6 DOF cobot myCobot 320, the 7 DOF robotic arm myarm 300, the mobile robot myAGV 2023, the Artificial Intelligence Kit for entry-level AI vision. Additionally, the bionic robot companion pets metaCat, metaDog, and metaPanda attracted significant attention. By providing these versatile and engaging learning tools, we are committed to supporting educators in their mission to inspire the next generation of innovators and problem-solvers. Our robotics education solution aims to make advanced robotics accessible, offering students a glimpse into the potential of technology to transform industries and solve real-world challenges, thus shaping the future of education. Hunter Chen, our Director and Vice President, stated, "In response to the current challenges in STEM and higher education, we have developed innovative robotic solutions that offer a variety of workshops, designed to enhance students' practical skills and hands-on experience with cutting-edge robotic technology. We engaged with numerous visitors, particularly educators and school representatives, gaining valuable insights into their preferences and priorities when selecting educational robots. These insights will be instrumental in further optimizing our robotics education solutions."

At these 2 exhibitions, Elephant Robotics garnered extensive international media coverage from more than 30 outlets, including major networks like CCTV, BRTV, China Xinhua News, and Beijing Youth Daily. These media coverages highlighted the innovative features and significant impact of our wheeled humanoid robots Mercury series and lifelike bionic robotic pets metaAnimal series.

Through participation in World Robot Conference 2024 and EduTECH, we gained valuable industry insights through in-depth exchanges with robot enthusiasts, experts, and educators worldwide. This feedback will drive us to continually advance humanoid robotics technology, enhance human-robot interaction, and deliver more cutting-edge robotics education solutions and research platforms.

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https://shop.elephantrobotics.com/blogs/news/8th-anniversary-story 2024-08-12T14:27:31+08:00 2024-08-12T14:27:44+08:00 Elephant Robotics: A Year of Progress and Milestones as 8th Anniversary Approaches Lisha Qiu More

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As Elephant Robotics approaches its 8th anniversary on August 10, 2024, we reflect on the incredible journey since our establishment in 2016. Last year has been a period of significant growth. We are deeply grateful for the recognition and support from our customers and partners, which have been instrumental in our achievements.

Driven by our vision, "Enjoy Robots World," we have remained committed to bringing robots into everyone's lives. Over the past year, we have successfully expanded our product line, launching some innovative robotic products. These include the 7 DOF robotic arm myArm 300 Pi, the newly upgraded mobile robot myAGV 2023, the Mercury Humanoid Series Robots (A1, B1, X1), the newly upgraded professional 6 DOF robot arm myCobot Pro 630, the myArm M&C Series Robots, and 2 new members of the metaAnimal series, bionic robotic companion dog metaDog and bionic robotic companion panda metaPanda. Through the development of these innovative robotic products, Elephant Robotics is not just advancing technology but also making it accessible and beneficial to a wide range of users, from industrial professionals to everyday consumers. This aligns with our mission to integrate robots into daily life, allowing everyone to experience the transformative power of robotics and the experience the convenience and benefits that robots bring to the real world.

Beyond product development, we have effectively shared our innovative robotics solutions with a global audience through our active participation in diverse market events. Since October 2023, Elephant Robotics has participated in several major international exhibitions, including ISTE Live 24 in Denver, AI for Good in Geneva, Maker Faire and AI Expo in Tokyo, the HKTDC Hong Kong Electronics Fair (Spring Edition) 2024 and the 2nd InnoEX in Hong Kong and GITEX GLOBAL in Dubai. Our presentations at these overseas exhibitions not only represent international recognition of our technological prowess but also affirm our mission of leveraging AI and robotics technology to improve human life. These events have allowed us to gain valuable industry insights and earned us widespread recognition within the international community. By participating in offline market activities, we have not only showcased our products but also deepened our bond with customers. This has provided us with key opportunities to conduct market research, enabling us to better understand market demands and customer needs. We promptly feed this insight into the definition and development of new products, continuously optimizing our existing products to ensure we better serve our customers. These feedbacks have further solidified our confidence and determination to innovate and advance robotics technology.

During the past year, we also enhanced communication with our customers and partners. In the first quarter of 2024, we launched an exclusive interview series, offering unique insights into the journeys and achievements of our esteemed partners. This three-part series featured in-depth conversations with our Indonesian partner Digiware, our Japan exclusive partner Switch Science, and our loyal customer partner, the Eureka Robotics Centre at Cardiff Metropolitan University. Through these interviews, we gained a deeper understanding of our customers' and partners' needs, collected valuable feedback, and committed to continuously optimizing our products and services to better serve them.

In the 8th year of our journey, we have remained focused on the personal maker and higher education markets, where our best-selling 6 DOF collaborative robot arm, the myCobot 280 Series, has garnered remarkable media attention and accumulated significant exposure. This success is largely due to the support of our numerous international media partners, including IEEE, The MagPi, Make magazine, The Robot Report, BBC, FOX31 Denver, CCTV2, and TVBS NEWS. Their coverage has not only expanded customer awareness of our products and amplified our reach but has also helped address customer needs, validate our technological advancements, and attract new customers and partners. Building on a solid foundation of maker and STEM education customers, and following extensive market research, we began defining and developing humanoid robots. Our universal wheeled humanoid robot with 19 DOF, Mercury X1, has now begun bulk deliveries to clients. Notably, our Mercury Humanoid Series Robots have particularly stood out, with a recent feature in IEEE Spectrum, further highlighting our innovative contributions to the field. The Mercury Series is set to become the preferred choice for researchers and industry professionals seeking reliable, scalable, and robust solutions in the field of embodied AI. Engineered as the ideal hardware platform for advanced AI research, the Mercury Series provides robust support for sophisticated algorithms, including dual-arm collaboration, and real-world applications. It excels in studying and experimenting with large language models (LLMs) in embodied AI, enabling precise operations through voice command recognition and comprehensive information processing. With the addition of Mercury VR Remote Manipulation, the series offers low-latency and hi-precision, real-time VR control, further enhancing its performance in complex scenarios. Additionally, it can also be paired with the myArm C650 teleoperation robotic arm, which facilitates rapid physical data acquisition with machine learning, providing immediate feedback for iterative improvements. The Mercury Series is versatile across various industry scenarios, including education, scientific and academic research, commercial services, VR teleoperation, and even everyday home environments, making it a comprehensive solution for a wide range of applications.

Joey Song, CEO of Elephant Robotics, remarked, "Our mission is to bring robots to everyone. Along with support from our backers, we are looking forward to future opportunities and building a world of robots together." Elephant Robotics has come a long way in just 8 years, evolving from a team of 2 founders to nearly 100 members, continuously expanding our product line and pushing the boundaries of robotics innovation. As we celebrate our 8th anniversary, we remain committed to our vision and are excited for the future. With breakthroughs in large language models and other AI technologies, the advancement of humanoid robots has emerged as a major trend in the long-term development of the robotics industry. Humanoid robots, enriched by embodied AI research, represent a cutting-edge, interdisciplinary field that is shaping the future of robotics. Moving forward, Elephant Robotics will align our development with the evolving demands of the times. We are dedicated to advancing humanoid robotics technology to enhance human-robot interaction and improve data collection. Our focus remains on delivering cutting-edge robotics education solutions and research platforms. By empowering global scientific and academic research, we aim to cultivate a new generation of talent equipped with the skills to lead the future.

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https://shop.elephantrobotics.com/blogs/news/8th-anniversary-contest 2024-08-12T11:34:58+08:00 2024-08-12T11:34:58+08:00 Celebrate Elephant Robotics' 8th Anniversary! Win Free Accessories! Lisha Qiu Share your Robot Projects & Win! Elephant Robotics invites you to showcase your creations for a chance to win free accessories. Submit a case study or video & join the #Elephant8thAnniversary party!

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📣 Share Your Case Studies (Articles or Videos) to Win Free Accessories

Dear users, we are thrilled to announce the celebration of Elephant Robotics' anniversary. We sincerely invite you to share your technical case studies and videos on platforms like YouTube, Hackster.io, Twitter, Facebook, and LinkedIn, showcasing all the products you have purchased from Elephant Robotics. This is an excellent opportunity to showcase your creativity and skills. Let's create an unforgettable anniversary event together! 😄

Date: August 13st - August 30th

Location: Online Event 💻

Your case studies and videos will be displayed for everyone to appreciate, like, and comment on. Additionally, our company's founder and technology team will evaluate the entries based on their quality and creativity to determine the rankings and awards. First, second, and third prizes will be awarded to the top three ranked entries.

First Prize
🥇
$369.00
First Prize (1)
Optional accessories include all components valued at $369 and below or a $300 discount voucher.
Second Prize
🥈
$229.00
Second Prize (1)
Optional accessories include all components valued at $300 and below or a $200 discount voucher.
Third Prize
🥉
Under $200
Third Prize (2)
Optional accessories include all components valued at $200 and below or a $100 discount voucher.

How to Participate:

  1. Publish your case study or video on social media platforms.
  2. Send an email to info@elephantrobotics.com with the link to your content.
  3. Make sure to mention our official accounts:

Use the hashtag: #ElephantRobotics, #Elephant8thAnniversary

When your content is published, make sure to mention our official account. Successful participation in the event will be recognized when our official account gives it a thumbs-up, leaves a comment, and shares it. We look forward to your participation and sharing!

View All Accessories Details

Accessory 1
$369.00
Accessory 2
$229.00
Accessory 3
$169.99
Accessory 4
$169.99
Accessory 5
$149.99
Accessory 6
$129.99
Accessory 7
$129.99
Accessory 8
$129.99
Accessory 9
$129.99
Accessory 10
$69.99
Accessory 11
$69.99
Accessory 12
$69.99
Accessory 13
$39.99
Accessory 14
$39.99
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https://shop.elephantrobotics.com/blogs/news/ceos-message-8th-anniversary 2024-08-12T11:33:03+08:00 2024-08-12T11:33:03+08:00 A Letter from CEO: Celebrate Elephant Robotics 8th Anniversary Lisha Qiu Our mission is to Bring Robots to Everyone. Along with support from our backers, we are looking forward to future opportunities and building robots world together!

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Elephant Robotics' story began on August 10, 2016. The past 8 years have witnessed the joint growth of our team, our users, and our partners. I would like to express my sincerest appreciation to all of you who have taken this journey alongside Elephant Robotics.

Over the past 8 years, our team has grown from 2 founders to nearly 100 and every one of us shares one vision:

Enjoy Robots World

"Enjoy" together -- As a user-oriented company, we are dedicated to maintaining high product quality and pursuing perfection to make our products enjoyable. We are also grateful to have thousands of followers on social media platforms and contributors on technical forums. From what I’ve seen all of our backers are wonderful creators who always enjoy with us.

Develop "Robots" -- Robotic products have always been our goal for advancement. Since 2016, our team has officially launched the world’s first bionic pet cat MarsCat, the world’s smallest six-axis collaborative robot myCobot, the world’s smallest dual-arm collaborative robot myBuddy and other groundbreaking products. From last year to this 8th anniversary, in just one year, we have introduced the world's smallest seven-degree-of-freedom collaborative robotic arm myArm and the humanoid robot Mercury series to the world. Our story with robots has just begun from now. We couldn’t have made these achievements without the trust and support from our backers and users.

Connect with the"World" -- Our products are ready to reach every corner of the Earth. Over the past 8 years, thousands of our robotic products have been successfully shipped to 51 countries and regions and welcomed by manufacturers, individual creators, educational organizations and business owners. We will continue to extensively apply our products across diverse industries, fostering an Enjoy Robots World for everyone.

Our mission is to Bring Robots to Everyone. Along with support from our backers, we are looking forward to future opportunities and building robots world together!

Happy 8 years of Elephant Robotics!

Joey Song

Chief Executive Officer

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https://shop.elephantrobotics.com/blogs/news/celebrate-the-elephant-robotics-8th-anniversary-together-with-us 2024-08-12T11:24:10+08:00 2024-08-14T15:27:55+08:00 Celebrate the Elephant Robotics 8th-Anniversary Together with Us! Lisha Qiu We are thrilled to announce our 8th anniversary! To commemorate this milestone, we are hosting a celebratory event on August 13th to share our achievements with our valued customers. We have launched a dedicated 8th anniversary page featuring exciting online deals, new product pre-sales, and opportunities to win fantastic prizes.

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We are thrilled to announce our 8th anniversary! To commemorate this milestone, we are hosting a celebratory event on August 13th to share our achievements with our valued customers. We have launched a dedicated 8th anniversary page featuring exciting online deals, new product pre-sales, and opportunities to win fantastic prizes.

Read on and learn about our anniversary events!

A Letter from CEO

Our CEO Joey Song reflects on our journey with our supportive users and partners and looks to the future.

View Details

Elephant Robotics Story

Uncover Elephant Robotics story from 2016 to 2024.

View Details

Events Timeline

metaPanda Pre-sale

July 26, 2024 – Aug 20, 2024

Pre-orders for metaPanda have started on July 26th. Secure your robotic companion here.👈👈

USB Flash Drive
🎙 Name Your Panda

Win A Free Special Gift

Aug 13, 2024 – Aug 31, 2024

Your participation leads to great changes.

Follow us for more!👇🎁

The 50 limited fantastic special gifts include:

USB Flash Drive
USB Flash Drive
Mouse Pad
Mouse Pad
Refrigerator Magnet
Refrigerator Magnet
Panda Plush Keychain
Panda Keychains

Global Sale & More Deals!

Aug 13, 2024 – Aug 20, 2024

All kinds of deals and discounts are running right now. Hurry, before they're gone!

See the savings👈👈

See the savings

Win Free Accessories

Aug 13, 2024 – Aug 30, 2024

This is an excellent opportunity to showcase your creativity and skills!

Prize:

🥇$369 accessories or $300 voucher.

🥈$300 accessories or $200 voucher.

🥉Under $200 accessories or $100 voucher.

Share your Robot Projects & Win!👈👈

Share your Robot Projects & Win

Last Words

Check out the Elephant Robotics 8th-anniversary page to learn more and join us now!

Sincerely,

The Elephant Robotics Team

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https://shop.elephantrobotics.com/blogs/news/introducing-metapanda 2024-08-06T18:50:38+08:00 2024-08-06T18:58:26+08:00 Introducing metaPanda - An Interactive Companion Robot Panda Overflowing with Love Lisha Qiu More

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The fusion of cutting-edge robotics and heartfelt emotion is no longer a concept of the future—it's a reality with the advent of metaPanda, the latest addition to the metaAnimal Series by Elephant Robotics. Scheduled for an official unveiling on July 26, 2024, metaPanda is a lifelike interactive robot pet poised to bring warmth, companionship, and joy into homes around the world.

A Lifelike Bond Through Interaction

Crafted with meticulous attention to the behaviors and emotions of a five-month-old giant panda, metaPanda is the culmination of over 200 hours of research, offering a companion that enhances emotional well-being with its realistic movements and expressions. metaPanda doesn't just mimic a panda's behavior; it embodies the essence of companionship, providing emotional support and a sense of connection. Its ability to simulate affection through cuddling and responsiveness makes it an ideal robotic companion pet for those seeking comfort and emotional engagement.

The Soft Touch of Technology

The metaPanda's bionic fur, made from innovative polyester, provides a plush and lifelike feel. This hypoallergenic, durable material is not only easy to maintain but also reflects Elephant Robotics' commitment to ethical and environmentally conscious design, ensuring a premium experience that is gentle on the touch and kind to the planet. The softness and realism of metaPanda's fur make it a comforting companion for users of all ages. Additionally, the material's durability ensures that metaPanda remains a long-lasting companion, capable of withstanding regular use and interaction.

Responsive and Personal

Equipped with 6 DOF and 8 touch sensors, the metaPanda responds to touch with a range of movements and sounds that echo real-life emotions. Its advanced voice recognition system, capable of understanding over 30 commands and supporting custom wake-up words, allows for a highly personalized interaction. This technology fosters a unique bond between pet and owner, making metaPanda a truly responsive and interactive companion. The voice recognition system ensures that users can engage with metaPanda in a natural and intuitive way, enhancing the overall experience.

Embracing the Warmth of Companionship

Lifting metaPanda brings it to life with an excited wiggle of limbs, mirroring the joy of companionship. The sensation of its heartbeat as it nestles into your arms creates an intimate connection that redefines the boundaries of human-robot interaction. This lifelike response helps users feel a genuine sense of companionship and affection. The heartbeat feature provides a soothing and calming effect, making metaPanda an ideal robot companion for individuals seeking emotional support and comfort.

Specifications at a Glance

  • Weight: 1.7 kg
  • Dimensions: 575 x 390 x 190 mm (22.6 x 15.4 x 7.5 inches)
  • Battery Capacity: 6700 mAh
  • Charging Time: Overnight for 8 hours
  • Battery Life: 12 hours
  • Touch Sensors: 8 (Head, Back, Cheeks X 2, Limbs X 4)
  • Eye Screen: Dual 1.89 inches LCD Display

Pioneers in Companionship Innovation

Since 2016, Elephant Robotics has been at the forefront of robot R&D, platform software development, and intelligent manufacturing services. With the official release of the metaPanda, we continue to push the envelope, redefining companionship in the AI era. Our dedication to creating innovative and accessible robotic solutions showcases our commitment to enhancing everyday life through technology. Our ongoing research and development efforts ensure that our products remain at the cutting edge of technology, providing users with the best possible experience.

Pricing and Accessibility

The metaPanda will be available at a retail price of $349, making this innovative robot pet accessible to those seeking a new dimension in interactive robotics. This pricing ensures that a wide range of users can experience the joy and benefits of having a robotic companion. The affordability of metaPanda reflects our commitment to providing everyone with the opportunity to experience the convenience and benefits that robots bring in the real world.

The Dawn of a Connected Future

The launch of metaPanda is more than a product unveiling; it is the dawn of a future where technology is deeply empathetic and integrated into our daily lives. With its capabilities for emotional learning and adaptation, metaPanda is set to redefine AI companionship and usher in a new epoch of connected living. This new era promises to bring more meaningful interactions between humans and robots, enhancing our emotional well-being and enriching our lives.

The metaPanda represents the future of robotic companionship. By seamlessly blending advanced technology with lifelike behaviors and emotional responses, Elephant Robotics is leading the way in creating robots that are not just tools but true companions. Discover the warmth and joy of having a metaPanda in your life and experience the next level of interactive robotics. Welcome to a new era of robot companionship.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-iste-live-24 2024-07-01T18:23:10+08:00 2024-07-01T18:24:23+08:00 ISTE Live 24 Highlights: Shaping the Future of Education with Elephant Robotics' Innovative Robotics Education Solutions Lisha Qiu More

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ISTE Live 24 Highlights: Shaping the Future of Education with Elephant Robotics' Innovative Robotics Education Solutions

In an era where technology and education advance hand in hand, innovation has become the driving force behind educational development. From June 24 to 26, Elephant Robotics participated in the ISTE Live 24. Organized by the International Society for Technology in Education (ISTE), the ISTE Live 24 Conference is one of the most influential events in the global educational technology sector. Each year, thousands of educators, tech experts, and industry leaders gather to discuss the latest trends and future developments in educational technology. As a benchmark in the industry, the ISTE exhibition leads the global trend of educational innovation.

At present, STEM and K12 education face numerous challenges, including limited teaching methods, a lack of diverse teaching tools, and restricted interactive modes. Traditional education models often focus heavily on theoretical knowledge, leaving students with few opportunities for practical application. This lack of hands-on experience frequently fails to spark students' interest, resulting in diminished motivation and enthusiasm for science and technology. Elephant Robotics is dedicated to providing teachers and students with the opportunity to experience the convenience and benefits that robots in education application scenario. Participation in the ISTE Live 24 provided us with a unique platform to presented its innovative robotics education solutions and robotics workshops, drawing widespread attention from international educators and scholars. The event was a significant opportunity for us to demonstrate how our products could address some of the critical challenges in modern education.

During the 3-day exhibition, our booth became a focal point. Attendees experienced our robotic products, including humanoid robot, lightweight collaborative robotic arms, and lifelike bionic robotic pets. These products were highly recognized for their potential applications in education. We showcased diverse robotics education solutions, including the universal wheeled humanoid robot Mercury X1, the real-time teleoperated aloha robot myArm series, the mobile robot myAGV 2023, the Artificial Intelligence Kit for entry-level AI vision, the ultraArm Conveyor Belt Kit, and 2 creative DIY Kits for the multifunctional 4 DOF palletizing stepper robotic arm ultraArm P340. Additionally, the bionic robotic companion pets MarsCat, metaDog, metaCat, and metaPanda attracted significant attention.

Hunter Chen, our Director and Vice President, mentioned, "To address the current challenges in STEM and K12 education, we have introduced creative robotic solutions that offer multiple workshops, enhancing students' practical skills and hands-on experience with various robotic products. We had a successful exhibition showcasing our robotics education solutions." This perspective was highly appreciated by many visitors, especially educators. They believe that our robots not only help students acquire technical knowledge through practice but also cultivate students' innovative thinking and problem-solving abilities. During hands-on operations, students learn how to apply theoretical concepts to real-world problems, enhancing their creativity and practical skills through continuous experimentation.

Many educators, after experiencing our robotics education solutions, expressed a strong desire to integrate them into their teaching. They believe these robotic products can significantly enhance teaching effectiveness and promote comprehensive student development. Several school representatives even placed orders for bionic robot pets, metaCat and metaDog, planning to widely incorporate them into future courses. They recognized that these innovative teaching tools not only enrich course content but also provide students with opportunities to learn about pet care, fostering confidence and competence in their future lives and learning. Hunter Chen expressed his satisfaction with the outcome, stating, "The results of ISTE Live 24 were impressive. We gained a comprehensive understanding of the educational needs in the U.S. K12 market by communicating with many frontline educators involved in K12 and STEM education. We gathered firsthand insights into how our robotics solutions can be tailored to better support the U.S. education market."

The morning shows on Daybreak on CH.2 in FOX31 Denver featured coverage of Elephant Robotics. During the interview, Henry Lin, our Product Vice President, introduced our bionic robotic pet metaCat, 6 DOF collaborative robotic arm myCobot Series, and the humanoid robot Mercury series robots, highlighting their potential impact on education.

Through ISTE Live 24 and in-depth exchanges with experts and educators, Elephant Robotics gained valuable industry insights and earned widespread recognition in the international education community. This feedback further solidified our confidence and determination to innovate and advance educational technology, underscoring the growing importance of technology in education. As we continue to integrate innovative solutions, enhancing teaching efficiency and interactive experiences, and cultivating students' practical skills and innovative thinking, it is poised to make a lasting impact on the future of education worldwide.

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https://shop.elephantrobotics.com/blogs/news/iste-live-24-robotics-workshops 2024-06-21T18:01:01+08:00 2024-06-21T18:04:07+08:00 Discover Innovative Robotics Education Solutions with Elephant Robotics at ISTE Live 24 QiuLisha More

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Discover Innovative Robotics Education Solutions with Elephant Robotics at ISTE Live 24

In an era where technology and education advance hand in hand, innovation has become the driving force behind educational development. Elephant Robotics is honored to be invited to participate in the ISTE Live 24. This conference will be held from June 24 to 26, 2024, at the Colorado Convention Center in Denver, Colorado, USA. On this prestigious international stage, we will showcase our innovative robotics education solutions at booth number 886, exploring the future of education with experts from around the globe.

The ISTE Live 24 conference, organized by the International Society for Technology in Education (ISTE), is one of the most influential events in the field of educational technology worldwide. Each year, thousands of educators, tech experts, and industry leaders gather to explore the latest trends and future developments in educational technology. This year's event in Denver will feature discussions on topics like artificial intelligence, computational thinking, digital citizenship, and project-based learning, offering attendees a broad view of current and future trends in educational technology.

Current STEM and K12 education encounter significant challenges including limited teaching methods, a lack of diverse teaching tools, and restricted interaction modes. Additionally, there is insufficient hands-on practical training, leading to low student engagement and interest. Traditional education models prioritize theoretical knowledge, offering limited opportunities for hands-on experience. This deficiency often fails to ignite students' interest, leading to reduced motivation and enthusiasm for science and technology.

To address these challenges, we've launched creative robotics workshops, offering a diverse array of solutions that enhance students' practical skills and hands-on experience with various robotic products. At ISTE Live 24, we'll showcase our innovative robotics education solutions featuring lightweight collaborative robot arms and bionic robot pets. These solutions serve as invaluable teaching aids, boosting teaching efficiency, enriching educational resources, and enhancing classroom engagement. Students can benefit from hands-on experience, gaining insights into robot structure, design, and functionality. Our workshops leverages graphical programming tools like myBlockly to simplify programming entry, enabling students to start easily and progress into advanced programming and control logic. For example, students can create personalized designs effortlessly with visual software that generates text and image trajectories. The Drawing Kit and Laser Engraving Kit for ultraArm then automatically render these designs, blending advanced robotics technology with enjoyable DIY projects. This approach allows students to explore robotics principles, automation, control systems, sensor applications, programming languages, and artificial intelligence, fostering innovative thinking and practical abilities. By merging education with entertainment, our workshops sparks student curiosity, encouraging active participation and deeper engagement in classroom activities.

Additionally, we offer cognitive and emotional educational experiences through our lifelike bionic robotic companion pets, the metaAnimal series, which are particularly beneficial for students with special needs, such as those with autism. These bionic robotic pets, available in cat, dog, panda, and bunny shapes, serve as excellent teaching tools. By maintaining and interacting with them, students can improve their hands-on skills and technical knowledge, especially in programming and robotics. This interaction also helps students cultivate healthy psychological and social skills, supplementing natural science courses and providing opportunities to learn about pets. Ultimately, this fosters confidence and competence in their future lives and learning.

Our integrated comprehensive robotics education solutions are tailored to diverse academic needs, adapting to various grade levels, class sizes, subjects, and curriculum hours. They make teaching more convenient and help students engage more effectively in the learning process. We also provide comprehensive support resources to help educators effectively master and utilize these robots, thereby enhancing teaching quality. Our creative robotics workshops emphasizes the development of teamwork, problem-solving, and innovation skills, contributing to the overall development of students. It is particularly well-suited for K12 education, fostering critical thinking, creativity, and complex problem-solving skills while sparking students' interest in STEM and preparing them for the future.

ISTE Live 24 is an excellent platform for showcasing educational technology and exchanging ideas. Participation at ISTE Live 24 provides Elephant Robotics the opportunity to explore and witness the future trends and innovative achievements in the education sector. Visit our booth 886 to experience our latest educational technology and gain insights into the development of the robotics industry.

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https://shop.elephantrobotics.com/blogs/news/ai-expo-showcase-social-impact 2024-06-12T16:09:13+08:00 2024-06-12T16:24:55+08:00 Elephant Robotics Engages Global Audiences with Interactive Robots at AI for Good Global Summit and AI Expo QiuLisha More

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Elephant Robotics Engages Global Audiences with Interactive Robots at AI for Good Global Summit and AI Expo

Amidst a surge in international technology exhibitions, Elephant Robotics stands at the forefront of robotics innovation, showcasing our latest creations to a worldwide audience and engaging with customers to gain insights into local markets. In May, Elephant Robotics participated in 2 prestigious AI technology exhibitions: AI for Good Global Summit 2024 in Geneva and AI Expo in Tokyo.

The AI for Good Global Summit, organized by the Imternational Telecommunication Union(ITU), represents a significant honor, highlighting Elephant Robotics' achievements in artificial intelligence and robotics. ITU, a specialized United Nations agency, is responsible for regulating and setting standards for global telecommunication networks.

Participation in the AI for Good Global Summit 2024 provided us with a unique platform to showcase the latest technological advancements, engage with global peers, and promote mutual learning and collaboration. The summit's "AI For Good" initiative aligns perfectly with our vision, "Enjoy Robots World," which aims to ensure that the development and application of AI technologies positively impact individuals, society, and the environment. This global concept encourages efforts to leverage AI to address worldwide challenges such as health, education, environmental protection, and sustainable development. Elephant Robotics is dedicated to providing everyone with the opportunity to experience the convenience and benefits that robots bring in the real world. We showcased an impressive array of robots that left a lasting impact on visitors from diverse industries globally. Among the showcased products were the dual-arm 7 DOF semi-humanoid robot, Mercury B1, the 6 DOF cobot myCobot 280 Series, the compact 6 DOF robotic arm mechArm 270, the mobile robot myAGV 2023, and the Artificial Intelligence 3D Kit, alongside the bionic robotic companion pets metaAnimal series.

The AI for Good Global Summit 2024 witnessed an overwhelming turnout, with more than 1,000 visitors eagerly interacting with our robots. The crowd was particularly captivated by our lifelike bionic robotic companion pets from the metaAnimal series, sparking lively interactions. Adding to the excitement, the renowned Sophia robot from Hanson Robotics Limited made a special appearance at the our booth, where she delighted attendees by interacting with the popular robot cat metaCat and the upcoming robot panda metaPanda. Hunter Chen, our Director and Vice President, expressed his satisfaction with the outcome, stating, "We had a successful exhibition showcasing our flagship robotic products. The results were impressive, with approximately 60,0000 US dollars in sales achieved for robot cats and robot dogs. We received on-site orders for 200 metaCat and metaDog units from new customers".

The metaAnimal series is part of Elephant Robotics' corporate social responsibility and an embodiment of the "AI For Good" initiative, widely using for home companionship and special care for specific populations. We donate several batches of metaAnimal series robots to various special care institutions each year, particularly for children with autism, helping them learn social and emotional skills through interactive play. In elderly care, the metaAnimal series robots also demonstrates outstanding performance and promising prospects. They not only provide emotional companionshipand reduce feelings of loneliness but also serve as innovative auxiliary intervention tools in nursing homes and individual residences. These robots are involved in extensive collaborations with nursing homes and research universities both domestically and internationally. They play an effective role in reducing the number of caregiving staff required, decreasing the workload, mitigating aggressive behaviors, and fostering a sense of proactive responsibility among users.

Before participating in the AI for Good Global Summit 2024, we showcased our innovative robotics technology at the AI Expo Tokyo, the largest and most authoritative artificial intelligence exhibition in Japan. This prestigious event brings together top technical experts, industry leaders, and pioneering companies from around the globe.

At the AI Expo Tokyo, we displayed our popular 6 DOF collaborative robot myCobot 280 M5, the versatile mobile robot myAGV 2023, and bionic lifelike robotic dog metaDog and robotic panda metaPanda. Our collaborative robots drew significant attention from the Japanese maker community, who were captivated by the precise movements and versatile applications of the myCobot 280, which was designed to be user-friendly and adaptable. Through engaging with the maker community, we gained crucial insights into their specific needs and preferences. By listening to the users' feedback and understanding their requirements, we collected valuable suggestions that will inform the future updates, upgrades, and research and development of our products. This exchange of ideas with the maker community highlighted our commitment to innovation and prioritizing the user experience.

The presence of Elephant Robotics at these 2 international exhibitions garnered substantial media attention. CCTV2's Tianxia Finance program reported on the impressive displays of outstanding domestic and foreign companies at the AI for Good Global Summit and conducted a live broadcast during the AI Expo, featuring a special report of our metaPanda. AP Archive also included coverage of our booth and robots in their dedicated reporting on the AI for Good Global Summit. At the AI Expo, TVBS NEWS conducted an exclusive interview focusing on our latest bionic robotic companion dog, metaDog.

Our presentations at these major overseas AI exhibitions not only represent international recognition of the company's technological prowess but also affirm its mission of leveraging AI and robotics technology for good and improving human life. Our innovative robotic solutions, dynamic engagement in global market events, and commitment to understanding market demands and the evolving landscape of robot development highlight our dedication to providing everyone with the opportunity to enjoy the world of robots. Through the participation in these exhibitions, Elephant Robotics successfully disseminated our innovative robotics solutions to a global audience, emphasizing our dedication to advanced AI and robotics technology accessible and beneficial to all.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-interview-eureka-robotics-centre 2024-05-08T14:36:29+08:00 2024-06-04T15:47:41+08:00 Partnering for Success: A Dialogue with Eureka Robotics Centre SongJoey More

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Elephant Robotics is thrilled to unveil the final installment of our exclusive interview series, offering deep insights into our collaborations with loyal customer partners. We had the privilege of featuring a dialogue with 3 academic users from the Eureka Robotics Centre at Cardiff Metropolitan University, prominent users of our dual-arm semi-humanoid robot, myBuddy. They are Jiaji Yang, a coordinator and lecturer, Shuyang Hu, a PhD candidate and research assistant, and Jiajin Bai, a postgraduate and research intern. Throughout the interview, they provided valuable feedback on their past teaching or research experiences with our robot arm, myBuddy.

Educational Application Scenario

In terms of educational applications, Jiaji Yang emphasized the pivotal role of myBuddy in elucidating intricate concepts such as kinematic analysis and degrees of freedom, providing students with tangible insights into robotics principles. The myBuddy is a lightweight, desktop-level dual-arm collaborative robot equipped with a 7-inch interactive screen and user-friendly interface. It provides a clear demonstration of complex robotic actions and programming principles, significantly enhancing robotics education and research experiences for both students and educators. Compared to traditional teaching methods, using myBuddy in education allows for hands-on learning and visual demonstrations, enabling students to better understand abstract concepts. For example, students can utilize our fully visual modular programming software, "myBlockly," to program myBuddy with intuitive drag and drop modules. They can observe its actions and adjust the code in real-time, fostering hands-on practical skills and stimulating creativity. Jiaji Yang expressed his desire for more Elephant Robotics’robots in the classroom, stating, "If I can acquire more Elephant Robotics’ robots for the class, I can directly incorporate them into my workshops, which I believe would be more effective."

In teaching and research, all of them emphasized the importance of utilizing simulation platforms, with a preference for Python and ROS. They primarily leverage Python and ROS to acquire fundamental programming and robotics software development skills, which they then apply to practical myBuddy projects. Jiayin Bai emphasized her experience with myBuddy, stating, "As many students may be encountering robots for the first time, I primarily use myBlockly and Python programming to understand myBuddy's mobility. Then, I introduce the ROS system to familiarize them with Linux and ROS for robotics operations."

Dual-arm Robots VS. Single-arm Robots

In the UK robotics landscape, various robotics centres specialize in different areas and then they may use different types of robots. But Shuyang Hu emphasised, "I think the single robot arm is the one that every robotics center must have." This insight reflects the diverse focuses within the field, with single-arm robots being fundamental for various experiments and research. Additionally, the dual-arm design of myBuddy has enabled Jiaji to illustrate the differences between single-arm and dual-arm robots, offering a clearer understanding of the challenges and opportunities in humanoid robot development.

In practice, there are notable distinctions in the application of single-arm and dual-arm robots within both research and education. Single-arm robots are typically employed in teaching to convey fundamental knowledge, such as motion planning and control. Conversely, dual-arm robots, due to their involvement in various control algorithms, are better suited for in-depth exploration in research areas like coordinated control, synchronous motion, and trajectory planning. Single-arm robots are primarily used for simpler tasks like grasping and handling, while dual-arm robots excel in more complex scenarios, facilitating tasks that require cooperation between two robotic arms, such as synchronization and trajectory prediction. These differences hold significant implications for both educational instruction and research endeavors.

Further Cooperation Opportunity

Jiaji Yang expressed keen interest in fostering closer collaboration with Elephant Robotics, with a specific focus on projects involving humanoid robot interaction and student education. This potential collaboration aims to benefit both UK students and international students, particularly those at the undergraduate or early career stages. He emphasized his eagerness to explore these opportunities and utilize Elephant Robotics' robots for these initiatives. We are equally excited about the prospect of deepening our collaboration, particularly concerning the humanoid robot Mercury Series Robots. This expanded partnership holds the potential for innovative projects that mutually benefit both parties and contribute to the advancement of robotics technology in the educational market.

In summary, our dialogue with the Eureka Robotics Centre illuminates the wide-ranging applications and educational advantages of Elephant Robotics' robots, reaffirming our dedication to advancing robotics education and research. By continually addressing the needs of educational users, we strive to optimize our products and services accordingly.

As part of our dedication to the education market and our valued customers, we are thrilled to share insights from Jiaji Yang, Shuyang Hu, and Jiajin Bai with our global community. We hope this interview series will offer valuable insights to both current users and potential partners. Stay tuned for more updates from Elephant Robotics by following our official website and subscribing to our newsletter.

The interview script is as follows

**Q refers to the question asked by the interviewer, Penny from Elephant Robotics.**

**Jiaji Yang, Shuyang Hu and Jiajin Bai are the interviewees from Eureka Robotics Centre of Cardiff Metropolitan University.**

Q1. Could you introduce yourself and talk about the Eureka Robotics Centre?

Shuyang Hu: My name is Shuyang Hu. Everyone calls me Shuyang Hu. So I'm from Cardiff Metropolitan University. This is my 1st year in my PhD. I'm a social tutor and also a research assistant. So about Eureka, I think Eureka Robotics Center was established in 2017. And for now, it's the top 11 most good robot institute, a professional center in the UK. And my research mainly to do is healthcare and the oldly care, and also the relevant policy and standard may making.

Jiajin Bai: My name is Jiajin. Now I'm a postgraduation course student at Cardiff Metropolitan University. Now I'm a research internship in Eureka Robotics Laboratory. I major in MIC Robotics and AI. I have got touched with AI and practice of robotics and how to use robots to do some works. In my research, I have used Elephant Robotics' myBuddy.

Q2. Could you introduce your major research or main educational applications with Elephant Robotics’robots?

Jiaji Yang: It's my honest actually to get the opportunity to share my experience here. And actually in my class, I use this robot teaching about the autonomous system in my class. So in that class, actually there's some like, knowledge about the kinematic analysis. It's like we need to teach the students, usually we will give them some like, asked them to do the demonstration using a robot arm, but normally it's a very simple structure for the robot arm. But it's not quite enough actually to show them, to ask them to understand very well for the roboic arm moving or complicated kinematic analysis. Because it's based on the 2 dimension demo actually like in 2D space. So the students are very eager to know how the robot arm of the kinematic things moving in the 3D space. So the Elephant Robotics’ robot is quite useful to explain about that kind of things. For example, especially during teaching them is like how to calculate about the degree of freedom for the robot arm, and how many like actuators they can directly use and control a robot arm to move. So they can just very quickly to understand through the Elephant Robotics’ robot, and what the difficulty between the single-arm and the dual-arm robot. Because my research is about the humanoid robot, maybe the fundamental knowledge about the single-arm is just part of the humanoid robots’ knowledge. So I will use that dual-arm robot actually to explain to them if we want to develop from a single-arm to the humanoid robot, what will happen? If we control the one single robot arm, maybe there is not any limitation for the control. We just need to know there are some like space we cannot reach is because the 3 holds for the full arm’s movement. But if we generate the 2 arms, it will be the different. So it will have the conflict with that 2 arms. If we want to ask this, actually the humanoid robot to finish some tasks. So they need to think about what kind of like a conflict base another arm. So this is actually the different and it's quite good actually, for the experience for the students' feedback actually. So I use this way actually directly show the demo, and then they can quick understand what about happened. It's more clearly compared with I explained, using the word. At this moment, it's just because I am do the pilot for the teaching test. So I'm not actually totally to use the Elephant Robotics’ robot in my class. My class actually focus on the undergraduate at this moment. Because I only get one device for the dual robot arm. It just starts tests actually in my class. So some classes and some workshops, I just bring that Elephant Robotics’ robot to explain to them, but not use directly in my class. If I can got more Elephant Robotics’ robots in the class, I can just directly use that one to ask students to practice in my workshop. So I think that's better.

Shuyang Hu: For me, I think the main thing to do is deploy in the hospital, and in nursing houses to help assist. I hope the robot can replace the elderly's health. So make their life easier, and also assist the medical work, healthcare stuff can reduce their work or pressure. So that's what I want for use the robot arms. As for now, I think definitely I want to use a multiple robot arm. But for now, I just use a single-arm because it’s easily to collect the oldest data, because I'm not mainly to use the robot optimize the research. I think the multiple arms are more perfect for suiting my research.

Jiajin Bai: In my research, I mainly experience how to use the humanoid robot myBuddy to understand robotics, mobility and autonomous. Mainly use them to have a research of how to use them to interact with students or class classmates to get interested in robots, and how to use them in an exact scenario. About the mobility, first time I maybe get touch myBlockly. As for my undergraduate course, it's mainly used with Java. For this, I get to learn about more about Python to operate it. At first time, I used myBlockly to get more understanding of Python because there are some modules that can show the Python codes through myBlockly. Then I began to program with Python by myself and used Python file to run pogram to let the robots move. And then I begin to have an exploration of the ROS and ROS2. I was first time touch with ROS, and it has some cases that can help me to learn about it. That's what I learned from myBuddy through these 3 main modules, myBlockly, Python programming and ROS. And I begin to learn more knowledge of autonomous of robotics and how to use the ROS to complete more detailed and complex actions of robots.

Q3. Could you share the advantages of the dual-arm robots in educational applications?

Jiajin Bai: First, the robot is a humanoid one. It has an interactive screen and 2 arms, and each arm with 6 joints that we can see the mobility very clearly. Then for my display to my classmates, they may have a more detailed seeing about how the robots move compared with some big robots. And I think this is the advantage of myBuddy. Then for the interaction, I think it’s better than some other robots, and we can have a try, just with the screen and to touch it and use drag & teach to have a better understanding of the mobility of joints and to have a better operation for it.

Q4. Among the widely used simulation platforms which one is frequently utilized in your research,such as ROS, Gazebo and Mujoco?

Jiaji Yang: I think I'm not very actually to use these kinds of tools. But Python actually is the most useful. Because my research focus on how to create it about the artificial intelligence and integrate them to the robot. So I usually use the tools about the Python and also the ROS, because I can create action in ROS, and use the ROS to control of the robot with the different devices. So these 2 tools actually are the most useful and common happen in my research and also in my class.

Jiajin Bai: As many students maybe the first time to get in touch with robots, I mainly use myBlockly and Python programming to get understand of the mobility of robots. Then get to use the ROS system to know how to use the Linux system and ROS to have an operation of robotics. That's mainly what I research about. And I try to use them to have a better explaination to my classmates, and to show my work through the humanoid robotics, especially the 2 arms of myBuddy. Now I mainly use the ROS and Gazebo. They are very basic simulations that we used in our modules about robotics mobility, and they are also what I mainly use. And for my research, using ROS is more and using Gazebo to make more simulations for it. If we don't have the robots, we can also use them through our own PC to have a display of it. And for the real robots, they can also help with it.

Q5. During your past experience, do you encounter any challenges while using Elephant Robotics’ myBuddy?

Jiaji Yang: I think the most difficulty actually is about the documental tutorials. Some like a fundamental knowledge, I still need to explain to them. So they cannot directly like have a very quick understand and control, especially for the ROS system. So they need to have a very basic knowledge about the ROS firstly, and then they can just understand the whole things consists in the documents you provide. But I think it is good enough actually for the student to control the robot with the different languages or something. But I need to explain them actually. For the Python as what the Python is, what the ROS is and how we can control about the robot arm.

Shuyang Hu: I think the most challenges are in 2 ways. The first one is you must have some coding experience. So only the programmer has the coding experience and use Elephant Robotics' robots. So for my research, I think it's a challenge to let the medical staff or older people use really. Thus, I thing better want they to know how to code or how to optimize the robots.

Jiajin Bai: I have some programming basis, but not with the Python or ROS. Jack introduced it is a good chance to use it through myBuddy, because it has a better interaction, and I can get quick knowing about it. Then I like 2 arms. Because it seems much cuter than some big robots and there is also a Linux System for it that I can get more knowing about it. So I chose myBuddy as my main research. And I decided to improve machine learning, or deep learning into it to let it become more intelligent.

Penny: Thanks to Jiaji Yang, Shuyang Hu, and Jiajin Bai for sharing the feedback on the challenges they encountered while using myBuddy. In fact, we have comprehensive text-based tutorials available, and we continuesly update these materials. You can visit our official website, click on the myBuddy product page, and find the Gitbook entry in the top right corner of the navigation bar. Once on the Gitbook page, you can open the corresponding chapters based on your needs. Actually, for each robot, the tutorials can be found by clicking the Gitbook button on the corresponding product's details page. In addition to text-based tutorials, we also offer video tutorials. You can search for Elephant Robotics on YouTube and visit our channel. Scroll down on the homepage to find the Tutorials and Educational Robots playlists. And then you can view the relevant video tutorials according to your needs. Besides, we actually have a dedicated support section in our official website. Just visit our official website and click on the "Support" section in the navigation bar. In the "Product Support Center" section, you can find the corresponding Gitbook links by clicking on each robot. You can also view tutorial videos, KOL review videos, user cases, technical cases, as well as related software or development libraries, and other relevant materials. If you want to download related softwares, you can find the corresponding Windows, Linux, or Mac versions by checking the "Downloads" section. Besides, if you want to see what creative projects that others have done with our robots, you can click on the "Project Hub" section to view. Of course, we also welcome you to upload and share your own creative projects with us. Additionally, in May last year, we launched an integrated comprehensive Robotics Education Solution. It caters to diverse academic needs and includes a range of software courses. The solution encompasses fundamental courses, tool training courses, and practice and application courses, covering topics such as robotics, mobile robots, machine vision, and human-computer interaction. Therefore, this solution could enhance teaching efficiency, promote student engagement, flexibility, and initiative.

Q6. Which type of robots are primarily used in the UK robotics institutes?

Shuyang Hu: I think for the difference of type of robotics because different robotics centers mainly in different areas, for example like Oxford University. They mainly do is the soft robotics, doing some, like robotic dogs, and also they have single robot arms. I think the single robot arm is the one that every robotics center must have one.I think that's the only way that you can qualify you are a robotics center. So you must do some research about the robot arms. This is the Top 11 robotics centers in the UK. So as we can see, we are the 3rd one. So we are focusing on the social and service robot. But different robotic centers, they are good at different parts. Most of them I visited, they all have the single robot arms. But, let's see the multiple robot arms in the robotics center or the robotics lab. That's very important. If the robotic for educationally, for doing some research because we have a panda arm. The year before last year, we visited the Oxford Robotics Institute, what they mainly to do is the autonomous system, and also AI, and we saw, as softer robotics. And the Oxford Robotics Institute also had one panda arm, which cost 40k around pound for the robot arm. I think that's not suit for the education, that's suit for the research. So even for the researchers, saometimes we are afarid to let the robot arms broken. But it is a very high cost for the robot arm. So we hopefully can have some qlike, a more valuable one or suit for the student one. Also,a we have some project. For the local students, you know, doing some AI education for inspirating their thinking. So we have a continued project, maybe 5 or 10 years. So to have a lot of connection with the primary schools and high schools and let the students have some like talking about what the robot is and how to program. I think it's also very good for telling them or teaching them how to code or how to touch the AI and do this kind of fun.

Q7. Is there any ongoing projects, or would you opening any new project in the coming years that we can participate with you and to show our products?

Jiaji Yang: Yes. Thank you so much. So you mean actually the project is right. We can just explore together, and actually I got many projects. Maybe it's really for the humanoid robot interaction and also for the student education, maybe for the Chinese students or the UK students actually, especially for the maybe undergraduate students or some like in an early career. So I will explore this kind of like maybe opportunity, and if I got any, like an opportunity, I can use about the Elephant Robotics' robots to do this career, I will contact you, so keep in touch. So thank you so much for your support.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-international-tech-exhibitions-2024 2024-04-29T22:31:54+08:00 2024-04-30T10:57:47+08:00 Elephant Robotics Enhances Customer Connections at International Tech Exhibitions and Delves into UK Tech Market QiuLisha More

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Amidst a surge in international technology exhibitions, Elephant Robotics actively seizes every opportunity to showcase our groundbreaking creations to a worldwide audience while actively engages with customers to gain insights into local markets. In March, we embarked on a journey to the United Kingdom to explore the latest advancements in robotics technology. Following this exploration, in April, we also made a resounding impact by participating in 3 prestigious technology events: the 20th HKTDC Hong Kong Electronics Fair (Spring Edition) 2024, the 2nd InnoEX, and the 61st Higher Education Expo China. These high-profile events served as pivotal platforms for us to not only showcase our innovations but also to strengthen our foothold in the global technology landscape.

We embarked on a journey to the United Kingdom from March 18th to March 27th to explore the latest advancements in robotics technology. During this excursion, our vice president, Hunter Chen, and sales representative, Mr. Chen visited various destinations, including the Eureka Robotics Centre at Cardiff Metropolitan University, where they gained insights into the utilization of semi-humanoid robot, myBuddy, and gathered feedback. Additionally, they attended prominent events such as the Robotics and Automation, IntraLogisteX, Sustainable Supply Chain Exhibition, aiming to stay abreast of cutting-edge developments in the field in the United Kingdom.

Elephant Robotics at Eureka Robotics Centre

The expedition provided us with invaluable insights into the UK's burgeoning tech landscape, including understanding the country's incentive policies and identifying potential opportunities for future collaborations and exhibitions. Furthermore, we explored various aspects of the UK market and forged partnerships with several enterprises, laying the groundwork for future endeavors.

Elephant Robotics UK Tech Exploration

Additionally, we made a significant presence felt in Hong Kong by participating in 2 concurrent exhibitions: the HKTDC Hong Kong Electronics Fair (Spring Edition) 2024 and InnoEX. Both events are renowned in the technology industry; the former for its showcase of the latest electronics worldwide and the latter for its focus on next-generation smart solutions and cutting-edge technologies across various domains. These exhibitions provided us with an excellent opportunity to engage with a global audience, connect with industry leaders, innovators, tech enthusiasts, and global tech giants and companies, collectively exploring the future of technology.

Elephant Robotics at HKTDC and InnoEX

At these 2 exhibitions, we showcased an impressive array of robots that left a lasting impact on visitors from diverse industries. Among the showcased products were the universal wheeled humanoid robot, Mercury X1, the popular 6 DOF collaborative robot myCobot Series, the compact 6 DOF cobot mechArm 270, and the completely upgraded professional 6 DOF robot arm myCobot Pro 630, alongside the versatile myAGV 2023. Additionally, our bionic lifelike robotic companion pets stole the spotlight, including robot cat MarsCat, robot cat metaCat, robot dog metaDog, and our upcoming robot panda metaPanda, all exhibiting remarkable behaviors and interactive functions that captivated expo attendees. These lifelike robotic pets, designed to mimic real pets in behavior and appearance, respond to touch and emit sounds, providing a lifelike experience that deeply resonates with individuals seeking companionship and emotional support.

Elephant Robotics Robotic Pets Showcase

The exhibitions witnessed an overwhelming turnout, with over 1500 visitors engaging with our robot products. Throughout the exhibition, our booths remained hubs of activity, drawing in a steady stream of fans eager to witness the latest advancements in robotics technology. Of particular interest was the wheeled humanoid robot, Mercury X1, boasting 19 DOF and equipped with a high-performance mobile base composed of the dual-arm 7 DOF semi-humanoid robot, Mercury B1. Powered by NVIDIA Jetson Xavier and Jetson Nano dual controllers, it offers versatility across diverse industry scenarios, including education, scientific research, service, and VR teleoperation.

Elephant Robotics Mercury X1

During the InnoEX Shenzhen Pavilion Roadshows and the Shenzhen Industrial Reception Room forums, a representative from our company provided detailed insights into the company's products and technologies, as well as their applications and potential in the field of intelligent robotics. Emphasizing Elephant Robotics' vision of "Enjoy Robots World," sales manager, Mr. Chen highlighted the company's dedication to providing everyone with the opportunity to experience the convenience and benefits that robots bring in the real world. The presentation garnered admiration and attention from the on-site audience. Through participation in this event, we gained insights into official policies, investment, and financing policies in Shenzhen and Hong Kong, as well as recent technological innovations in areas such as artificial intelligence, low-altitude economy, and green energy, laying the groundwork for exploring collaborations with more enterprises.

Moving on to China mainland, at the 61st Higher Education Expo China, we showcased a series of innovative collaborative robots, with special emphasis on the Mercury humanoid series robots and the multi-modal ROS mobile compound robot, LIMO Cobot, which is jointly developed by Elephant Robotics and AgileX Robotics . Our innovative products and application cases showcased during the expo garnered widespread recognition across the industry, attracting numerous professors, teachers, and representatives from prominent higher education institutions. Particularly, the Mercury X1 humanoid robot demonstrated its proficiency in indoor Stag grasping and SLAM navigation, alongside the random point recognition & placement transport of the LIMO Cobot. These demonstrations offered valuable insights into the seamless integration of such solutions into diverse educational environments, particularly for STEM education.

 

On the final day of the exhibition, Elephant Robotics proudly co-hosted the 2024 Humanoid Robots Development and Challenges Symposium in collaboration with Fuzhou University. Dr. Hu Zheng delivered an insightful discussion on the definition, key technologies, and industry application challenges of humanoid robots, recognizing their promising application prospects. Additionally, Dr. Zhu Hongwu highlighted the critical role of motion control in enhancing gait and stability, underscoring the benefits of independent innovation and a comprehensive industry chain for the future of humanoid robotics. Amidst the symposium, representatives from our company engaged in profound discussions with educators, university leaders, and expert scholars from diverse educational and vocational institutions, exploring the future trajectory of humanoid robot development. Our CEO, Junyi Song , personally demonstrated the human-robot collaborative training facilitated by the latest product, myArm M&C series robot controlling the wheeled humanoid robot Mercury X1, garnering keen interest from attendees. Henry Lin , the vice president of product, delved into Elephant Robotics' product line, mature technologies, and application cases of embodied intelligence in humanoid robots from an industrial practice standpoint. The event served as a testament to our unwavering dedication and significant strides in advancing the industrialization and practical application of humanoid robotics technology.

We have effectively disseminated its pioneering innovative robotic solutions to a global audience through its dynamic involvement in diverse market events. With a steadfast commitment to understanding market demands and the evolving landscape of robot development, Elephant Robotics is devoted to providing everyone with the opportunity to enjoy robots world. By relentlessly pushing the boundaries of innovation, engaging with customers and partners, and gaining insights into local markets, we reaffirm our dedication to innovation, collaboration, and global outreach. These efforts have not only brought us closer to maker communities, higher education institutions, laboratories, and technology companies but have also facilitated the continuous expansion of its global distributor network.

 

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https://shop.elephantrobotics.com/blogs/news/partnering-interview-series 2024-04-22T16:45:04+08:00 2024-05-09T20:40:03+08:00 Partnering for Success: Unveil How Collaborative Partnership Supports the Japanese Maker Community QiuLisha

Elephant Robotics is excited to present the 2nd part of our exclusive interview series, providing unique insights into our collaborations with esteemed partners. In this interview, we had the privilege of speaking with Masakazu TAKASU, a global business development at the Switch Science, Inc. Takasu began by introducing Switch Science, a Japanese company dedicated to serving makers and providing open-source hardware solutions. With a diverse customer base including universities, high schools, laboratories, companies, and individual makers across Japan, Switch Science focuses on making technology more accessible and user-friendly.

Takasu emphasized, "The Japanese maker community is top of the world, Japanese DIY is so fruitful ecosystem by makers." Japan boasts numerous technoly enterprises renowned for their strong innovation capabilities and commitment to adopting cutting-edge technologies. Particularly, Tokyo stands out for its vibrant tech community, serving as a vital hub for technological advancements. Takasu said, "AI makes things easier to create," underscoring how the advancement of AI and robotics technologies has lowered the barriers to technical development, increased developer efficiency, and ultimately enhanced convenience in human life.

Recognizing cultural differences, Elephant Robotics has undertaken extensive localization efforts for the Japanese market, including integration into the local tech ecosystem, support for Switch Science's regional market activities across Japan, assistance with Japanese translation and localization of promotional materials, and collaboration with influential Key Opinion Leaders (KOLs) in the Japanese market. Through these initiatives, Elephant Robotics provides comprehensive support to Switch Science, streamlining their customer support efforts and freeing up resources to focus on other aspects of their business. This underscores the importance of Elephant Robotics' support in establishing a robust distributor network for Switch Science in Japan and then effectively caters to the burgeoning interest in robotics among software engineers and laboratories.

When addressing challenges and opportunities, Takasu underscored the necessity of clear documentation and robust repair support for robots, particularly emphasizing the importance of user-friendly instructions and streamlined repair processes. Furthermore, he expressed optimism regarding the future of robotics and AI, envisioning smoother programming and seamless human-robot interaction driven by technological advancements.

In pursuit of deeper collaboration with Switch Science, Elephant Robotics will actively participate in more Japanese events and initiate direct dialogues with users to gain valuable insights into their needs and feedback. Recognizing the importance of direct engagement in refining products and enhancing service quality, we are committed to establishing closer connections with users in partnership with Switch Science. We will explore new avenues for robotics technology and ensure superior service delivery to a broader customer base together.

As part of Elephant Robotics' commitment to expanding our distribution network around the world, we are excited to share Masakazu TAKASU's insights with our global community. Stay tuned for the next installment of our exclusive interview series, where we will explore our partnership with our loyal customer partner, the Eureka Robotics Centre at Cardiff Metropolitan University.

The interview script is as follows

**Q refers to the question asked by the interviewer from Elephant Robotics.**

**Takasu is the interviewee from Switch Science.**

Q1: Can you talk about your journey and current role at Switch Science?

Takasu: Hi, my name is Takasu, a global business development at the Switch Science.

Q2: Could you briefly introduce Switch Science, its business scope and target customer groups?

Takasu: Switch Science is a Japanese company that focuses on makers for make something easier. Switch Science is a platform for the open source hardware that include a lot of robot source hardware for the makers, such as Raspberry Pi, Arduino, Servo motor, robotic arms, M5Stack, cameras and sensors. 33% of our customer is universities and high schools, 33% is companies or laboratories, and 33% is individual makers throughout Japan.

Q3: What do you think of the maker community?

Takasu: Maker means from the idea to the real things. Japanese maker community is top of the world, many projects made by makers by themselves, high quality and very good idea. Japanese DIY is so fruitful ecosystem by makers. All Japanese companies and universities also collaborate with makers.

Q4: What is your perspective on the current state and potential of robotics technology and AI technology?

Takasu: AI makes things easier to create. Previously, many micro controller users are hard to LED flashing. But currently LED flashing is too easy. 30 to 40 years ago have to design own logic and circuit for LED flashing. But now it's very easy to do it, just do programming micro controller for LED flashing. Now controlling robots also makes moving things not so easier ever. Previously, when we want to control the motor, have to make own Motor driver, that not so easy. Making robots, it means more complicated things. Thus, lots of physical knowledge have to learn before making a robot. But now AI and the new robot technology make it easier to make the moving things.

Q5: How did you come to know and choose to become a distributor of Elephant Robotics?

Takasu: We Switch Science has a very long-term partnership with the Shenzhen M5Stack. They found a robotic arm in this myCobot 280. That's the reason why I know the Elephant Robotics. Switch Science and Elephant Robotics' relationship is more than 3 years. We started to set up in Japan probably in 2020. Many Japanese users, such as software engineers want to try robots. They will buy the myCobot series. This is a myCobot 280 M5Stack version, but Elephant Robotics has also Raspberry Pi version. As for the laboratories, they begin a lot of new things. That's the reason why I find the opportunity was there, then made a distributor contract with Elephant Robotics between Switch Science.

Q6: How do you employ to promote robots within the Japanese market?

Takasu: Maker market is different from others. Makers have to find them by themselves and also have to promote by themselves. I support the Japanese robotics community, such as Robot, Factory Automation and also Maker.

Q7: Do you encounter any challenges and opportunities?

Takasu: Some Japanese engineers read the books about the myCobot. But these books is not so many, I need more books and tutorials that made by the users by themselves. After the Maker Fair in Tokyo, I saw 4 to 5 projects of the myCobot, but we need more. myAGV is a very good product I know. But currently, Elephant Robotics has too many robotic arms in the same field. Then we need more some differences about each part of the characteristic.

Q8: Which robotic arm does the maker community prefer more?

Takasu: Currently, among Elephant Robotics' products, myCobot is the best one. Other robotic arm is not enough to see the value as the myCobot. myCobot is a very unique product, 6 DOF, high operatability of ROS, and not so expensive. But the accuracy and the creativity is not so high, this is very unique character in robotic arm feature. That's the reason why very succeed.

Q9: myCobot 280 has 4 versions, which version of myCobot 280 is preferred by the maker community?

Takasu: In Japanese market M5 is the best version, because many Japanese users use myCobot with desktop computer.

Q10: How do you provide feedback and suggestions to Elephant Robotics to improve their products and services?

Takasu: Currently product usage is bit confused, usages should be made clearer. And each robotic arm and part should be more easy to repair. Current documentation is not so understandable. We Switch Science still continuously customer support for Japanese users, but easier to get the repair parts and also tutorials for the robotic arm is important. Switch Science have some stocks for the repair. myCobot's stock is enough, but other robotic arms' stock is not so enough. Each robotic arm's tutorial on the how to replace part is different. We still continue to talk between 2 companies: Elephant Robotics and Switch Science.

Q11: Do you believe that AI is beneficial for improving the quality of human life?

Takasu: This is a bit of similar answer with the previous question. Making things is very naturally human's habit, AI makes making things easier. That is the better for the human life definitely. Every technology will be misunderstanding and misusing. This is the same as car, airplane, telecommunication, computer and also AI. Around 10 years ago, I'm working for the search engine and also recommendation system. After the machine learning, search engine, and recommendation system support for buying something and choosing something. Then AI more progress day by day. Now AI is boundless for supporting many activities for the human being, but it still only for the laptop, only for the computer, not for robotics yet. In the near future, it's more easy to make the recommendation for how to make robot.

Q12: What expectations or recommendations do you have for the future development of robotics?

Takasu: Programming is only for the information science. But for the robotics, all parts and all hardware are different. For example, my programming in my laptop and your programming in your laptop is completely same, bit by bit. But my robotic arm and your robotic arm is slightly different, same robotic arm ID number but different hardware situation. Today's robot and tomorrow's robot is different, and all physical things are also different. That's the reason why physical thing is much difficult to design than computer science. The old style robot is very separate from the human being, but now the robots can work with human. That's the reason why service industry, such as hospital has the opportunity to use the robot. In the future, everything will be easier, better program the robotics programming language by AI, better communication with the robots by the computer science. I have the opportunity to make things easier.

Q13: Do you have any expectations for further cooperation between Elephant Robotics and Switch Science?

Takasu: Last year, Elephant Robotics came to Tokyo Maker Fair and told with Japanese users directly. This is very good thing for our marketing. I strongly believe that Elephant Robotics come again at the next Maker Fair in Japan and talk with users together.

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https://shop.elephantrobotics.com/blogs/news/exclusive-interview-series-education-technology-in-robotics 2024-04-03T20:26:21+08:00 2024-05-09T20:38:06+08:00 Partnering for Success: Discover the Future of Education Technology in Robotics QiuLisha

Elephant Robotics is thrilled to announce the launch of an exclusive interview series, offering unique insights into the journeys and achievements of our esteemed partners. This three-part series features in-depth conversations with our Indonesia partner DigiWare, our Japan exclusive partner Switch Science, and our loyal customer partner, the Eureka Robotics Centre at Cardiff Metropolitan University. Through these interviews, we aim to provide profound insights into the innovative strides being made in the realm of robotics technology.

In our inaugural interview, we had the privilege of speaking with Eddy, a prominent figure in marketing and business development at DigiWare. Eddy shared invaluable insights into DigiWare's inception, mission, and its pivotal role in shaping the Southeast Asia technology robot education market.

Founded in 2008 by Eddy and his colleagues, DigiWare specializes in a wide array of products including Internet of Things (IoT), Robotics, Artificial Intelligence (AI), and industrial computing. What began as an electronic components store soon evolved into a pioneering online platform, www.digiwarestore.com, catering to the burgeoning demand for cutting-edge technology modules and components. DigiWare stands as the first electronic components online store in Indonesia, serving a diverse clientele ranging from educational institutions to industry professionals and technology enthusiasts.

Throughout the interview, Eddy shed light on various aspects of DigiWare's operations, including their extensive product offerings, specialized services such as industrial automation solutions and comprehensive training programs, and their strategic approach to navigating the competitive landscape of the educational robot market in Indonesia. Since becoming the Indonesian education robot agent for Elephant Robotics, DigiWare has actively provided educational solutions to customers and recommended robotic products such as myCobot 320 and myCobot 280 based on customer needs. In joint efforts between Elephant Robotics and DigiWare, we continuously overcome challenges such as pricing and the lack of local curriculums, constantly paving the way for innovation in Southeast Asia's education technology.

As part of Elephant Robotics' commitment to fostering collaboration and innovation within the education technology sector, we are excited to share Eddy's insights with our global community. Stay tuned for the next installment of our exclusive interview series, where we will explore our partnership with Switch Science.

The interview script is as follows

**Q refers to the question asked by the interviewer from Elephant Robotics.**

**Eddy is the interviewee from DigiWare.**

Q1: Can you talk about your journey and current role at DigiWare?

Eddy: Hi, I’m Eddy from Digiware, Indonesia. We started an electrical engineering company with my friends after graduating from university with a major in electrical engineering. After a few years, we established DigiWare in 2008, an electronic components store. Then in 2010, we began to develop our business into an online store, www.digiwarestore.com. Our office location is in Surabaya city. We also have a representative in Cikarang, near Jakarta, the capital city of Indonesia. Now, I am responsible for marketing and business development at DigiWare.

Q2: Could you talk about DigiWare, including the company's founding time, mission or vision, product or service characteristics, etc.

Eddy: As the first electronic components online store in Indonesia, we always provide the most updated technology modules and components such as Internet of Things (IoT), Robotics, Artificial Intelligence, RFID, industrial computing along with other modules and components like resistors, capacitors, microcontrollers, sensors, wireless modules, embedded modules, LED/LCD displays, stepper & servo motors, development tools, measurement instrumentation, and more.

Vision: Become a leading provider of electronic and robotic parts, innovative and having a global perspective.

Mission: Become the main partner for education institutions, industry, electronic and robotic enthusiasts to support technology development in Indonesia.

Q3: In which areas does DigiWare operate? Can you specifically introduce its main business projects?

Eddy: DigiWare focuses on providing products that are in line with the latest technology. Besides providing the products, we also deliver solutions to our customers for industrial automation and training.

Q4: How do you perceive the potential of education technology?

Eddy: The potential of education technology is very promising and growing fast, since nowadays all industrial sectors need technology to keep their companies competitive. For example, during the COVID pandemic, almost all workers worked from home, but some important production plants still continued to work. So they needed IoT and Robotic technology to monitor and execute tasks from remote locations. Now, many industries realize that they should catch up with the technology to compete in the industry.

Q5: What do you think are the key factors influencing the acceptance of technologies like robots and AI in the education market?

Eddy: The key factors influencing the acceptance of technologies like robots and AI in the education market are price, product quality and training module that can be accepted in local school.

Q6: What do you think of the current competitive landscape of the Indonesia educational robot market?

Eddy: The current competitive landscape of the Indonesia educational robot market as follow: Some brands already exist in Indonesia market like Robotis, Lego, Makeblock, Dobot, Vex, National Instruments, and other local brands / DIY. These brands have their market segment , some brands for elementary until high school, the others for university or college.

Q7: What inspired you to become a distributor of Elephant Robotics’ educational robots?

Eddy: We are inspired to become Elephant Robotics’ distributor after look at the market and see it’s still good opportunity for education robot in local market especially collaborative and mobile robot. Also Elephant Robotics ‘s products has some strong points in diversity range, cost effective, and accompanied with training courses.

Q8: Who are your primary target customer groups within the Indonesia educational robot market?

Eddy: Our primary target market is vocational school and university, since their curriculum already has robot lessons.

Q9: How do you leverage educational robots to provide solutions for your customers?

Eddy: For educational robot, we have technical support team and training division to provide solutions for our customer. We provide article and video support for our customer, also regularly share on social network like youtube and facebook. Sometimes we organize online or on site training sessions for the customers.

Q10: What challenges has DigiWare faced in promoting educational robotic products?

Eddy: One of the challenge to promote educational robotic products is the price and local curriculum.

Q11: How did you respond to and solve these challenges?

Eddy: Sometimes our team compile the training module in accordance the local curriculum.

Q12: Could you share some successful or memorable application cases of educational robots?

Eddy: We already support some university robotic team in the local or international robotic competition like Fire Fighting Robot Contest , RoboCup , and others. Sometimes we give technical guidance or training session in preparation for the competition.

Q13: What feedback and evaluations have your customers provided regarding educational robots?

Eddy: Based on our experience, the customer need training module, clear documentation, spare part availability, and after sales support. Also it will be good, if you could add some feature on myCobot like warning feature if the load exceeds the limit and prevent collisions feature.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-celebrates-a-year-of-innovation-and-collaboration-in-2023 2023-12-31T13:19:13+08:00 2024-01-04T16:55:08+08:00 Elephant Robotics Celebrates a Year of Innovation and Collaboration in 2023 QiuLisha Elephant Robotics proudly reflects on the tremendous success achieved in the transformative year of 2023. The introduction of cutting-edge robotic products, including the 4 DOF robotic arm ultraArm P340, the 7 DOF robotic arm myArm 300 Pi, the humanoid robot Mercury series, the Robotics Education Solution, AI Kit 2023, and AI Kit 3D version, has solidified our position as a leading force in the robotics industry. Committed to meeting dynamic market demands, we have upgraded our acclaimed myCobot 280 series and myAGV 2023. This year, we have received diverse global projects, further amplifying the global impact of our robotic products. Here are the 13 excellent application cases we select to share.

ChatGPT for Robotics

Researchers from the Microsoft Autonomous Systems and Robotics Group harnessed ChatGPT, a language model, to command our 6 DOF robotic arm, myCobot 280. The project resulted in the precise rendering of the Microsoft logo. The team showcased the potential of language models in robotics tasks, including complex operations like stacking blocks. Additionally, a freelance engineer proposed an intriguing project, using ChatGPT4 to command myCobot 280 with SoM for precise object-picking movements.

The MagPi Review

The MagPi, Raspberry Pi's official magazine, featured a comprehensive 2-page review of myCobot 280 Pi in the latest issue, The MagPi issue 137. This extensive review served as a testament to the remarkable qualities of myCobot 280 Pi, emphasizing its profound impact on reshaping the landscape of robotics technology.

eHealth Robot

In the medical field, an eHealth Robot project by Jaime Andres Rincon Arango, utilizing our 4 DOF robotic arm, myPalletizer 260, showcased the potential in healthcare and telemedicine. He created a teleoperated robotic system to perform a basic remote medical check, such as taking a phonocardiography signal. The eHealth Robot, with virtual reality immersion, detected chest areas and acquired heart sounds. Another user, with a doctorate in medicine, initiated a robot project for ultrasound examinations, demonstrating the adaptability of our 6 DOF robotic arm myCobot 280 in diverse medical applications.

 

Educational Robot

Recognizing the importance of robotics in education, a project from Tsinghua University highlighted the integration of our 6 DOF robotic arm, myCobot 280, and AI Kit with 3D vision technology. The project emphasized the role of robotics combined with advanced visual perception in educational applications.

 

Bartender Robot

Tuan Huynh, Vincent Nieraad, and Ardian Nuredini from LMU Munich proposed the Bartender Robot project, featuring a built-in voice recognition system for easy drink orders. They designed the Bartender Robot with myCobot 280 M5, myCobot adaptive gripper, and essential ingredients. This innovative system streamlines the drink-making process, reducing wait times and increasing customer satisfaction in settings like bars and restaurants. The Bartender Robot showcases the potential to revolutionize the beverage service industry.

Visual Artist Robot

Mktechlab_net's visual artist project ingeniously used the myCobot 280 to craft a unique visual experience of glowing cocktail glasses atop personally crafted coasters. By integrating the weight sensor, myCobot 280 is able to project dynamic images based on specific drinks and the environment, creating visually engaging and aesthetically pleasing representations.

 

Garbage Collection Robot

K.Miyawaki, a robotics engineer and researcher from the Department of Information Science at Osaka Institute of Technology, innovatively developed the "Garbage Collection Robot" project. This innovative robot uses advanced SLAM navigation in an Automated Guided Vehicle for autonomous garbage location. The 6 DOF robotic arm, myCobot 280, efficiently collects and transports the garbage using the myCobot Suction Pump 2.0. This project redefines waste management solutions.

 

Automated Labeling Robot

The presence of robots is becoming increasingly prominent in commercials, exhibitions, tech expos, and more. One user showcased a remarkable application by programming our myCobot Pro 600 as an “Automoted Labeling Robot“, presenting the project at an international industry fair where myCobot Pro 600 demonstrated automated labeling capabilities.

Interactive Robot

Hanna Daxer, Laura Gräber, and Ludwig Felder from LMU Munich presented the Helping Hand project—an interactive kitchen assistant. This innovative robot simplifies manual tasks, allowing users to interact effortlessly through gestures and myCobot 280. Equipped with a camera, myCobot 280 detects objects and hands, facilitating tasks like stirring, pouring, and slicing.

 

Flower Arranger Robot

A Twitter user named OUGA shared an intriguing project—an enchanting digital flower arrangement robot. This innovative creation seamlessly blends 3D model content with real flower materials, providing a captivating display of real-time simulated flower arranging through collaboration with myCobot 280 M5.

 

Food Serving Robot

A user spearheaded an innovative "Food Serving Robot" project, harnessing the capabilities of myCobot Pro 320 Pi and myCobot Pro adaptive grippers for efficient and precise food handling.

 

Organizing Robot

Another user leverages YOLOv5 to command myCobot 280 and myCobot adaptive grippers for meticulous visual arrangement of toys.

Candle Lighting Robot

A Twitter user, Param Science Experience Centre, orchestrated a romantic "Candle Lighting Robot" project, programming the mechArm 270 to ignite the candle.

These outstanding cases not only demonstrate our technical prowess but also underscore the broad acclaim and positive feedback received across various industries worldwide. In the healthcare sector, the precision and agility of our robotic arms shine through the successful implementation of eHealth robots. Across education, more than 300 prestigious universities globally, including University College London, University of Bristol, and University of Houston, have adopted our educational robot products and solutions. In the realm of personal research and development, robotics enthusiasts have showcased inventive art projects and research utilizing our robotic arms. Stay tuned for further groundbreaking innovations and advancements from Elephant Robotics in the upcoming year!

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-unveils-vision-and-strategies-an-in-depth-interview 2023-12-22T10:00:01+08:00 2023-12-22T10:00:01+08:00 Elephant Robotics Unveils Vision and Strategies: An In-Depth Interview QiuLisha  

Elephant Robotics recently sat down for an in-depth interview with Shauli Zacks from SafetyDetectives. The interviewee, Elephant Robotics' International Brand Manager, provided a concise overview of Elephant Robotics and its mission in the robotics industry and touched upon the industries or applications currently deriving significant benefits from our robotic products. Notably, the interview highlighted Elephant Robotics' strategic approaches, including cost-effective development, addressing regulatory challenges, and embracing emerging technologies like AI, machine vision, and human-machine interaction. This comprehensive discussion showcases Elephant Robotics' commitment to innovation and its role in shaping the future of robotics. 

The specific interview content is as follows:

1. Talk to me about Elephant Robotics, when did it begin and what its mission?

Shenzhen Elephant Robotics Technology Co., Ltd. was founded in 2016 in Shenzhen, China. It is a Chinese high-tech enterprise that focuses on robot research and development, platform software development, and intelligent manufacturing services. The core team is composed of patriotic individuals who have studied abroad in countries such as the United Kingdom, the United States, and Australia. Currently, Elephant Robotics’ products and solutions have been widely used in multiple fields, including industry, commerce, education, and have been recognized by many enterprises.

Since our establishment, Elephant Robotics has established a foundation for an international vision and independent research and development. We were incubated by the global hardware incubator HAX and have successively received first-tier funding from Cloud Angel, SOSV, Orient Securities, Shenzhen Venture Capital, ZhenFund, and other top-level funds, which has greatly promoted our rapid growth in the global market. Our vision, “Enjoy Robots World,” focuses on enhancing both the joy of life and work efficiency. We have independently developed a range of robot products, including bionic robots such as MarsCat and metaCat, collaborative robots such as myCobot, myPalletizer, myAGV, mechArm, myArm, and ultraArm, as well as professional collaborative robots such as the P/C and myCobot Pro.

In recent years, we found that a single cobot arm is no longer sufficient to meet the needs of the education industry. As a result, we have continued to introduce different AI Kits and Compound Robot Kits”. In 2023, in order to provide more comprehensive support for the education industry, we launched the Robotics Education Solution, an integrated solution suitable for universities and laboratories.

Elephant Robotics pioneers innovative solutions in the robotics industry, specializing in the development of advanced robotic arms, robotic arm end-effectors, and bionic companion robotic pets. Our mission is to revolutionize industries by offering cutting-edge robotics technology that enhances efficiency, productivity, and safety across various sectors.

2. Which industries benefit from Elephant Robotics’ products?

Elephant Robotics’ products have a wide-ranging impact across various industries, including manufacturing, healthcare, logistics, education, and research. These sectors experience significant advantages from our robotic solutions in terms of automation, precision, and adaptability.

In practical application, our products have been instrumental in diverse scenarios crafted in collaboration with our clients and partners. We’ve witnessed our technology utilized in medical contexts, such as tumor treatment, as well as in food retail, enabling noodle, cocktail, and mocha making. Additionally, our robotics solutions have been employed in delivery services and modern service scenarios like head massage and arts creation. We are also actively exploring potential markets in retail hospitality, healthcare, and commercial sectors.

Over the past 3 years, we’ve introduced a diverse portfolio of products into the education market. For instance, our mainstream 6-axis cobot, myCobot, has become one of the best-selling robotic arms globally. Products like the desktop industrial arm, mechArm, cater well to AI labs and robotics education. We’ve also introduced a 4-axis robot called myPalletizer, the smallest dual-arm research cobots, mobile robots, and hybrid robots, specifically tailored for educational purposes. Each cobot configuration offers a variety of choices in main controllers and performance features.

Moreover, beyond the hardware, we’ve developed a comprehensive three-tier educational curriculum encompassing fundamental, tool-based, and application-oriented courses to support robotics lab setups. This educational material is designed to aid college professors and lecturers in teaching for different grades, different class sizes, different subjects and various curriculum hours. We’ve successfully reached 100 Chinese universities and 200 international universities. Through their engagement with our robotic products, many students aspire to pursue careers as robotics engineers or work within the robotics field upon graduation.

3. How does Elephant Robotics address the challenges of cost-effectiveness in the development of robotic arms and hands?

Our approach at Elephant Robotics to address the challenges of cost-effectiveness in developing robotic arms and hands involves leveraging our industrial technology expertise, allowing us to accumulate valuable experience and refine our development process, thereby shortening cycles and minimizing errors. Emphasizing modular designs, our robot modules boast high reusability, enabling most products to share these designs for easy replacement and maintenance. Additionally, our team comprises seasoned developers with deep industry backgrounds, ensuring a wealth of experience that contributes to our cost-effective development strategies.

These strategies help Elephant Robotics address the challenges of cost-effectiveness in developing robotic arms and hands by leveraging technology accumulation, modular designs for reusability, and experienced developers within the industry.

4. As the use of robotics becomes more widespread, what are some potential regulatory challenges and standards that the industry needs to address?

As the use of robotics expands, several regulatory challenges and standards require industry attention. Safety, ethical considerations, and standardization are key focal points. Collaborative efforts are essential to establish guidelines addressing safety protocols, ethical usage, and standardized practices, ensuring the responsible and safe integration of robotics across diverse domains.

Regulatory challenges encompass a spectrum of legalities, including import/export regulations, taxation, and intellectual property standards, varying across nations and regions. These factors profoundly impact global expansion strategies and product sales. To navigate these complexities, thorough pre-expansion research on laws and regulations is imperative. Collaborations with local legal teams help ensure the legality and compliance of our products and operations within these regions.

Furthermore, the need for localization and customization in response to distinct market demands and legal frameworks across different countries and regions is apparent. This necessitates a global focus on formulating reasonable regulations to accommodate the future widespread application of robots and robotic arms. Adapting product designs, customizing functionalities, and tailoring service models to meet diverse market requirements underscores the importance of forward-thinking regulations that foster innovation while ensuring compliance within various jurisdictions.

5. What trends and emerging technologies do you believe will have the most significant impact on the future of robotics?

The  trends and emerging technologies impacting robotics include advancements in Artificial Intelligence (AI), Machine Vision, Motion Control, Human-Machine Interaction, and New Materials/Sensors. These advancements greatly influence our product development and market strategies at Elephant Robotics, allowing us to offer more advanced, intelligent, and practical robotics solutions to meet evolving market needs.

  • Artificial Intelligence Technology: AI technology holds tremendous potential in the field of robotics, including machine learning, deep learning, natural language processing, and more. We focus on the continuous development of AI technology, especially its application in robotics perception, cognition, and decision-making, to enhance the intelligence and autonomy of robots.
  • Machine Vision Technology: Machine vision technology is increasingly prevalent in robotics, encompassing image recognition, object detection, 3D reconstruction, and more. We pay attention to the development of machine vision technology, particularly its application in robotics navigation, environment perception, and visual interaction, to enhance the perception and interaction capabilities of robots.
  • Motion Control Technology: Motion control technology is crucial in the field of robotics, covering trajectory planning, motion control algorithms, sensor fusion, and more. We focus on the continual innovation and improvement of motion control technology to enhance the motion precision, speed, and stability of robots.
  • Human-Machine Interaction Technology: Human-machine interaction technology is a significant research area in robotics, including speech recognition, gesture recognition, emotion recognition, and more. We monitor the ongoing development of human-machine interaction technology to enhance communication and interaction between robots and human users, making robots more user-friendly and accessible.
  • New Materials and Sensor Technology: The application of new materials and sensor technology is increasingly important in robotics, including flexible materials, high-performance sensors, robotic skins, and more. We focus on the innovation and application of new materials and sensor technology to enhance the mechanical performance, sensing capabilities, and interaction abilities of robots.

These technological advancements significantly impact Elephant Robotics’ product development and market promotion. We will continue to monitor and apply the latest technological achievements to provide more advanced, intelligent, and practical robotic products.

The interview serves as a valuable resource for those interested in the robotics industry, providing a unique glimpse into Elephant Robotics' vision, challenges, and successes. 

For a complete view of the collection of the full interview, please click on the following link: https://www.safetydetectives.com/blog/lisha-qiu-elephant-robotics/.

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https://shop.elephantrobotics.com/blogs/news/exploring-innovations-in-robotics-range-applications-of-cobots-and-agvs 2023-12-19T16:00:07+08:00 2023-12-19T16:00:07+08:00 Exploring Innovations in Robotics: Range Applications of Cobots and AGVs QiuLisha In the ever-evolving landscape of robotics, the symbiosis between humans and machines takes center stage, marking the advent of a new era of innovation. Today, we are thrilled to introduce a pioneering collection of academic papers focusing on Collaborative Robots (Cobots) and Automated Guided Vehicles (AGVs) sourced from prestigious global universities,such as The University of Sydney, Purdue University and Meijo University. This compilation delves into the transformative capabilities of Elephant Robotics' 6 DOF collaborative robots, myCobot series, and myAGV, exploring the practical applications and potential advancements in human-machine collaboration.

The comprehensive collection of 18 academic papers unveils profound insights across 3 pivotal dimensions. It delves into the forefront of artificial intelligence and explores the intricacies of robotics, encompassing deep learning, machine vision, robotic arms, programming, human-robot collaboration, and real-time monitoring. Additionally, it sheds light on advanced robot systems, including modular robots, reconfigurable robots, educational robots, and mobile robots with a specific emphasis on SLAM navigation. It stands as a valuable knowledge repository, offering a multidimensional perspective on the advancements and applications within the fields of Cobots and AGVs. Tailored to enthusiasts, professionals, and researchers, this collection is an invaluable resource for staying informed about the latest developments and innovations in the dynamic realm of robotics.

Topic: AUTOMATION OF THE QUALITY CONTROL PROCESS WITH THE USE OF ROBOTICS AND A COORDINATE MEASURING MACHINE

Author: Alexander Hoang

University: Purdue University 

Abstract:  The research project explored the feasibility for MSMEs to integrate a robotic arm into a low-volume production line for seamless part transfer to a quality control system. The process aimed at achieving automatic quality control without disrupting manufacturing. It involved an injection molding machine producing parts, and a collaborative robotic system transferring these parts to a CMM for inspection. The study demonstrated that constructing an automated quality control work cell was effective for MSMEs, with the main tasks being programming the robotic arm myCobot 320 M5 and designing the work cell. The system consistently met metrics for realignment, movement, and inspection routines, showcasing its effectiveness, adaptability, and modularity. Recommendations included using different IDEs, incorporating a vision system, and testing with various components for versatility.

Topic: High-throughput fabrication of soft magneto-origami machines

Author: Shengzhu Yi 1,7, Liu Wang 2,7, Zhipeng Chen 1,7, Jian Wang 1, Xingyi Song 1, Pengfei Liu 1, Yuanxi Zhang 1, Qingqing Luo 1, Lelun Peng 1, Zhigang Wu 3, Chuan Fei Guo 4,5,6 & Lelun Jiang 1

Abstract: The research introduces a fabrication strategy for soft magneto-active machines, enabling magnetically controllable shape-morphing and locomotion, with applications in biomedical robotics. The proposed approach utilizes origami folding to transform 2D magnetic sheets into 3D soft magneto-active machines through automated roll-to-roll processing. The study demonstrates applications such as a collaborate robot myCobot Pro 600 with on-demand deploying and wireless charging, a mechanical encoder, a quadruped robot for cargo-release tasks, and a magneto-origami arts/craft. The incorporation of origami principles allows for efficient creation of complex structures with customized geometries. The magnetic sheet retains foldability while providing magnetic responsiveness. The research addresses the need for automated origami folding for consistent shape and performance, suggesting future work on developing an automated line for folding origami with uniform results. 

Topic: A Jacobian vector correction method for the force calibration of EIT-based tactile sensor

Author: Haofeng Chen, Xuanxuan Yang, Gang Ma, Xiaojie Wang

Abstract: This paper introduces a Jacobian vector correction (JVC) method for calibrating tactile force in EIT-based tactile sensors. The JVC method effectively addresses non-uniform sensitivity distribution by constructing a scaling vector based on the Jacobian vector, ensuring approximately constant sensitivity across all sensor locations. Phantom experiments of myCobot and sensor calibration evaluations validate the method's accuracy in capturing strength information independent of location. The JVC method enhances the practicality and applicability of EIT-based tactile sensors, offering precise force calibration with minimal data and control parameters. This improvement in force sensing capabilities makes EIT-based tactile sensors valuable for applications such as safe human-robot interactions.

 

Topic: Integration of proximity sensors in commercial robotic arm

Author: Gurwinder Singh Rani

University: Universitat Politècnica de Catalunya   

Abstract: The project involves integrating 6 proximity sensors into a commercial robotic arm, specifically the MyCobot 320 Pi, providing it with 6 DOF for enhanced environmental interaction. The project includes learning the robot's basic operation, conducting electronics tests, and designing components to hold sensors and control electronics. Programming is implemented to control the robot and handle sensor data, allowing seamless integration of sensor feedback into the robot's actions. The project demonstrated effective obstacle detection and trajectory pausing, fulfilling its objectives that the 6 sensors effectively detect objects within their range and pause the robot's trajectory when necessary and solving challenges such as I2C errors and initial design flaws.

Topic: Vision-Based Robot Arm Control Interface for Retrieving Objects from the Floor

Author: Laijun Yang 1, Ryota Sakamoto 2, Norihiko Kato 1, and Ken’ichi Yano 1

University: Mie University 

Abstract: This study addresses the challenges faced by individuals with high-level spinal cord injuries, especially those with trunk dysfunction, when picking up objects from the floor. The researchers propose an operating system that incorporates an eye-in-hand system with a touchscreen interface for a robotic arm. This system enables users to specify the target position by drawing a line on the touchscreen interface, facilitating efficient grasping and delivery of objects. Compared to a conventional on-screen joystick, the proposed interface proves to be quicker and more effective, reducing the physical burden on users. Additionally, the proposed interface introduces a system that utilizes a 2D camera for a 6 DOF robotic arm, myCobot 280 M5, mounted on an electric wheelchair, allowing users to retrieve objects from the floor through visual instructions. Experimental comparisons reveal that this interface significantly reduces the burden on operators and improves operation completion time. The system offers a practical solution for patients with trunk dysfunction, enabling them to independently retrieve objects without relying on caregivers.

Topic: MetaPo: A Robotic Meta Portal for Interspace Communication

Author: Takuro Yonezawa, Nozomi Hayashida, Kenta Urano, Johannes Przybilla, Yutaro Kyono

Abstract: The authors introduce MetaPo, a mobile robot with spheric display, 360°media I/O,6 DOF robotic arm myCobot and robotic hands for creating a unified model of interspace communication. MetaPo works as a portal between pairs of physical-physical, cyber-cyber and cyber-physical spaces to provide panoramic communication for multiple remote users, and immersive interspace migration with mobility functionality. The paper overviews the concept and first prototype of MetaPo with its hardware and software implementation.

Topic: ROMI: A Real-Time Optical Digit Recognition Embedded System for Monitoring Patients in Intensive Care Units

Author: Sanghoon Jeon 1,Byuk Sung Ko 1, and Sang Hyuk Son 2

Abstract: The article discusses the need for constant monitoring of ICU patients, especially during the COVID-19 pandemic, where non-face-to-face monitoring is crucial. The proposed solution is ROMI, a real-time optical digit recognition embedded system integrated into a mobile robot composed of myAGV and myCobot 320. Developed using Matlab Simulink, ROMI achieved a high digit recognition performance of 0.989 mAP on alexnet. It was deployed on NVIDIA GPU embedded platforms for practical use. The system's potential impact lies in supporting medical staff with non-face-to-face monitoring in ICUs, ensuring more effective and prompt patient care. The article details the development of ROMI, its functions, and the evaluation of its performance on different GPU platforms, emphasizing its significance in addressing the challenges of ICU patient monitoring.

Topic: Towards the Cognitive Factory in Industry 5.0: From Concept to Implementation

Author: Wagner Augusto Aranda Cotta 1,2 ,Sergio lvan Lopes 1,3 and Raquel Frizera Vassallo 2

Abstract: This article explores the convergence of Industry 5.0 (I5.0) and Intelligent Systems (IS) through the creation of a cognitive cell replica in a lab. Focusing on the safe collaboration between humans and 6 DOF robotic arm myCobot 320 Pi, the study addresses technical challenges in implementing a cognitive factory. The developed cognitive cell demonstrates the integration of OT and IT networks, a customized communication model, and device interoperability, serving as a test bed for applications within the cognitive factory. Experiments confirm the system's effectiveness, showcasing its ability for multiple operations and accuracy in tasks like color recognition and human localization. It emphasizes the transformative potential of cognitive factories, providing insights for future research and contributing to the advancement of Industry 5.0 principles.

Topic: On the Sense of Unity Generated from Physical Cooperation between Human and Robot

Author: Takuro Sumida†1, Sojiro Kamimura†1 , Koaki Hasegawa†1 , Michio Okada†1 , Naoki Oshima†2

Abstract: This paper delves into fostering a sense of accomplishment and unity through collaborative endeavors between humans and robots. The authors introduce the "Balance Board," a board game designed to serve as a mediator, creating a "side-by-side relationship" between humans and the 6 DOF robotic arm myCobot 280 M5. The game establishes a cooperative environment where both entities collaborate, fostering a sense of oneness. The paper details the board game's development and outlines future interactive experiments to validate the significance of effective communication, including vocal and gestural cues, to enhance the cooperative experience. Ultimately, this work aims to facilitate a harmonious and productive relationship between humans and robots.

Topic: REPROGRAMMING OF AN AGV TO EXPAND ITS FUTURE AUTOMATION AND CONNECTIVITY

Author: Miriam Conde Montoya University: Universitat Politècnica de Catalunya

Abstract: The project focuses on utilizing an AGV (Automatic Guided Vehicle) to capture and process the robot's data using MATLAB. The primary goal is to develop an application that presents myAGV's 2D mapping of the space, including the route taken and images captured by the robot's camera corresponding to its kinematic model's position the detailed real routes and images captured by the AGV's cinematic model. The application not only visualizes the data but also caters to the needs of users with limited MATLAB proficiency, making it a versatile tool for various projects. Ultimately, the project successfully achieved its main objective, resulting in a user-friendly application that enables individuals with limited MATLAB knowledge to visualize and analyze AGV-captured data for the specific projects.

Topic: SISTEMA DE GESTIÓN Y CONTROL REMOTO DE UN ROBOT AGV PARA APLICACIONES EN ALMACENES.

Author: Marc Nueno Montolio University: Universitat Politècnica de Catalunya

Abstract: For many companies, warehouse automation is becoming a process key to improving efficiency, reducing costs and increasing safety. In this process, AGV mobile robot is a fundamental robotic tool. The project focused on developing a remote control and management system for a mobile robot myAGV tailored for warehouse automation. During the implementation of the project, the real-time data from Lidar, 2D camera, and myAGV sensors enabled successful navigation, goods transportation, and automated inventory management. In a parallel experiment, the feasibility of implementing a robot arm for product transfer to a quality control system, specifically for MSMEs, was assessed. The project achieved its goal by utilizing real-time data, implementing a ROS platform, and developing programs for easy teleoperation and autonomous inventory. 

Topic: Robot-enabled tangible virtual assembly with coordinated midair object placement

Author: Li Zhang 1, Yizhe Liu 1, Huidong Bai 2, Qianyuan Zou 2, Zhuang Chang 2, Weiping He 1, Shuxia Wang 1, Mark Billinghurst 2

Abstract: The assembly in Virtual Reality (VR) enables users to fit virtual parts into existing 3D models immersively. However, users cannot physically feel the haptic feedback when connecting the parts with the virtual model. This paper presents a robot-enabled tangible interface that dynamically moves a physical structure with a robotic arm to provide physical feedback for holding a handheld proxy in VR. This enables the system to provide force feedback during virtual assembly. The cooperation between the physical support and the handheld proxy produces realistic physical force feedback, providing a tangible experience for various virtual parts in virtual assembly scenarios. The authors developed a prototype system that allowed the operator to place a virtual part onto other models in VR by placing the proxy onto the matched structure attached to a 6 DOF robotic arm. THey conducted a user evaluation to explore user performance and system usability in a virtual assembly task. The results indicated that the robot-enabled tangible support increased the task completion time but significantly improved the system usability and sense of presence with a more realistic haptic experience.

Topic: Application of Robot Arm Control System for Fruit Harvesting Based on Deep Learning and Binocular Vision

Author: DENG-YUNG HUANG 1 and JING-MAU SHIU 2

University: Da-Yeh University 1,Hong-Sin-Ke Automatic Automation Co., Ltd. 2

Abstract: This paper focuses on developing an effective and cost-efficient robotic arm control system for fruit-picking robots by leveraging computer vision and deep learning techniques. The proposed system integrates the YOLOv5 object detection model and an OAK-D stereo camera for depth estimation, enabling accurate object localization without relying on expensive distance sensors. To enhance the adaptability of the system, the authors propose Fine-tuning training for the YOLOv5 model, enabling customization for different fruits and scenarios. The goal is to embed the developed system into edge computing devices, achieving lightweight loads for efficient operation. The combination of the object detection model, binocular camera, and robotic arm control ensures quick and effective generalization for various usage scenarios. Experimental results indicate the success of the proposed system in controlling a robotic arm using low-cost sensors, making it a viable solution for widespread application in robotic arm control systems.

Topic: Computational Systems Design of Low-Cost Lightweight Robots

Author: Akhil Sathuluri, Anand Vazhapilli Sureshbabu, Jintin Frank, Maximilian Amm andMarkus Zimmermann

Abstract: The paper addresses the growing demand for task-specific robots, emphasizing the preference for collaborative robots. It introduces a top-down computational design strategy for developing low-cost and lightweight modular robots. This involves exploring the design space for robot modules and optimizing structural elements to significantly reduce weight. The paper highlights non-intuitive robot architectures and demonstrates a 16% reduction in structural mass compared to conventional designs. It introduces custom-designed modules, discusses material selection and manufacturing choices, and suggests future research directions. The conclusion advocates for applying the method to industrial-scale robots and benchmarking for general design guidelines.

Topic: Exploring a Unique Design Tool for Close Proximity Human-Robot Collaboration

Author: Yi Zhao,Lian Loke,Dagmar Reinhardt

University: The University of Sydney

Abstract: The research endeavors to fill the gap in design tools for designers involved in creating robots and human-robot collaboration (HRC) tasks. Adopting a research-for-design approach, a preliminary HRC design tool is crafted based on the leader-follower model, tailored for close-proximity collaboration. This tool is specifically crafted for co-drawing applications utilizing augmented reality and diverse cobots, aiming to contribute fresh insights to the HRC community. The study delves into the dimensions of human-robot interactions within design tools, focusing on collaborative activities. Constructed through a research-for-design approach and refined via the research-through-design methodology, with a case study on collaborative drawing, the HRC design tool caters to designers without prior robotic development experience. It facilitates exploration and specification of human-robot interactions. Future work includes user workshops, design AR-based co-drawing projects with  6 DOF desktop robotic arm myCobot 280 Pi, and continuous improvement based on iterative evaluation.

Topic: Basic Study on IoT Security Using Robot Arm

Author: Shu Takemoto 1, Yoshiya Ikezaki 2, Yusuke Nozaki 3, Masaya Yoshikawa 4

University: Meijo University

Abstract: The paper addresses the growing integration of IoT devices in industrial systems for Industry 4.0, emphasizing the need for secure IoT systems in the face of cyber threats. It highlights the Lightweight Cryptography Competition's role in selecting potential cryptographic standards for IoT, with Ascon being chosen as a standardized cipher. The study focuses on evaluating encryption and authentication techniques using Ascon, specifically investigating IoT security using state-of-the-art lightweight cryptography in the world's smallest and lightest 6 DOF robotic arm myCobot 280. The research investigates communication schemes for python, a common development scheme in myCobot 280, and implements Ascon for low-latency and secure communication. The study conducts real-device evaluations on myCobot, providing insights into the performance and implementation overheads of secure communication in an IoT system.

Topic: MECHANICAL DESIGN OF A MOBILE COLLABORATIVE ROBOT USING A PLANETARY GEAR SYSTEM

Author: Ángel De la Cruz Martínez

University: Higher Technological Institute of Atlixco

Abstract: This thesis report outlines the design process of a collaborative mobile robot (Cobot) with a focus on the mechanical structure. Cobots are designed for human interaction in shared workspaces without requiring safety fences, and their applications range from part classification to risk detection in industrial settings. The project proposes the design of a mobile robot incorporating a 6 DOF collaborative robot myCobot 280 Pi with a planetary gear system, efficiently preserving torque-speed characteristics. This endeavor is part of a larger research project funded by the National Technological Institute of Mexico (TecNM) 2022, aiming to develop mobile Cobot applications using contemporary technologies such as ARM microcontrollers and IoT communication systems. The proposed mechanical design, featuring a planetary gear system, considers not only gear geometries but also the supporting axles, enhancing the overall understanding of the transmission system. The project is seen as having significant potential for implementation and manufacturing, with the next phase involving the physical development and creation of a real prototype.

 

Topic: Laboratory hollyhocks for robotic arm Dobot Magician Department of process control

Author: Tomáš Vladyka

University: University of Pardubice

Abstract: This peper's thesis focuses on creating educational laboratory tasks tailored for teaching students how to operate the Dobot Magician robotic arm. The tasks cover theoretical aspects, wiring diagrams, and solution procedures, catering to beginners in robot programming. The theoretical section provides an overview of robotic arms, with emphasis on the Dobot Magician. Practical training includes exercises on basic movements, Python programming, input/output control, and connecting expansion modules. The goal is to guide students from basic familiarity to developing control applications using DobotStudio, Visual Studio, or Arduino IDE. The tasks, tested successfully at the University of Pardubice and a secondary industrial school, received positive feedback for being well-written and detailed. While the thesis introduces Dobot robotic vision, the complexity of solution procedures necessitates a separate set of tasks for programming vision systems and image recognition using DobotVisionStudio.

 

This curated collection of academic papers is a journey through groundbreaking research, exploring innovative design tools for close proximity human-robot collaboration and the nuanced integration of proximity sensors in commercial robotic arms. Elephant Robotics will strive to continuously innovate and provide superior robotic products to meet evolving market needs and cultivate an environment of continuous robotics innovation.

 

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https://shop.elephantrobotics.com/blogs/news/myagv-2023-autonomous-robot-navigation 2023-12-01T09:00:00+08:00 2025-02-26T15:03:07+08:00 Explore the Future of Robotics with myAGV 2023's Advanced 3D Vision and Jetson Nano Edition Lisha Qiu Elephant Robotics proudly announces the release of myAGV 2023, a revolutionary upgrade to our highly acclaimed Automated Guided Vehicle (AGV). This upgrade not only targets existing problems but is also committed to incorporating the latest technologies to meet the ever-changing market needs, making it more advanced technologically but also more reliable and user-friendly in practical applications.

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Elephant Robotics proudly announces the release of myAGV 2023, a revolutionary upgrade to our highly acclaimed Automated Guided Vehicle (AGV). This upgrade not only targets existing problems but is also committed to incorporating the latest technologies to meet the ever-changing market needs, making it more advanced technologically but also more reliable and user-friendly in practical applications. The myAGV Pi 2023, an upgraded iteration of the myAGV Pi, seamlessly retains all the features of its predecessor with backward compatibility. It features the Raspberry Pi 4B as its core processor, equipped with native hardware interfaces. The myAGV 2023 integrates the advanced 3D vision technology, introduces a new Jetson Nano version, and offers users 3 exciting accessory options, including a Astra Pro 2 3D camera, a 7-inch IPS high-definition touchscreen and a spare battery.


One More Choice:the New Jetson Nano Version

In addition to the original Raspberry Pi version, Elephant Robotics introduces the myAGV Jetson Nano 2023 so as to meet the needs of tech enthusiasts and professionals. This new version harnesses the capabilities of the NVIDIA Jetson Nano B01 as its core processor, and it seamlessly integrates with the optional Astra Pro 2 3D camera, designed to meet the specific image and vision processing requirements of users. The myAGV Jetson Nano supports a comprehensive array of functions, including 3D SLAM mapping,2D SLAM mapping, navigation, positioning. With this upgrade, myAGV Jetson Nano 2023 becomes a versatile robotic tool for users seeking advanced capabilities in machine vision and robotics deep learning applications.


Advanced 3D Vision Integration

At the forefront of myAGV Jetson Nano 2023's technological advancements lies its seamless integration of cutting-edge 3D vision technology. This feature significantly enhances the AGV's capabilities in computer vision and robotic perception. The incorporation of advanced 3D vision technology elevates myAGV 2023's environmental perception and navigation to unprecedented levels, enabling it to maneuver through intricate and dynamic surroundings with unparalleled precision. The optional integrated Astra Pro 2 3D camera empowers myAGV Jetson Nano 2023 with heightened spatial awareness, a crucial aspect in robot vision applications. This advancement not only ensures optimal safety in its operations but also broadens the spectrum of potential robotic use cases for users. The myAGV Jetson Nano 2023, equipped with this sophisticated computer vision technology, is poised to excel in a multitude of scenarios, making it a versatile and indispensable robotic product for various industries and applications.


Enhanced User Experience with Optional Accessories

Understanding the diverse needs of its user base, Elephant Robotics presents 3 optional accessories for myAGV 2023. The myAGV Jetson Nano version stands out due to the superior performance of the NVIDIA-developed processor, especially in terms of GPU graphics processing power when compared to the Raspberry Pi version. Therefore, the 1st optional accessory, the Astra Pro 2 3D camera, is designed specifically for the myAGV Jetson Nano version. Secondly, the addition of the optional 7-inch IPS high-definition touchscreen provides users with a visual interface, which enables intuitive human-robot interaction and simplifies the control and monitoring of the robot's operations. Moreover, Elephant Robotics introduces a spare battery option, addressing the demand for extended operational capabilities. With a standby battery life of 328 min and a working battery life of 181 min under full load, the addition of a spare battery effectively doubles myAGV 2023's productivity in long-duration tasks. The optional spare battery compartment ensures uninterrupted performance, making myAGV 2023 an ideal robot car for scenarios requiring sustained operational efficiency.


Upgraded Performance with Advanced Features

The myAGV 2023 is equipped with a high-efficiency planetary brushless DC motor, significantly boosting motion efficiency and reliability while minimizing maintenance costs. This makes it an economically smart robotic choice for users aiming for operational excellence and cost-effectiveness. With a 360° comprehensive LiDAR, mecanum wheel omnidirectional tires, and a fully enclosed metal frame, the myAGV 2023 gains heightened environmental perception and mobility, effectively navigating through complex dynamic surroundings. The addition of LED lights not only improves the sleek and technological aesthetics of the myAGV 2023 but also serves a practical purpose by improving the visibility of its working status. This crucial feature allows for real-time monitoring by operators, leading to a substantial enhancement in operational efficiency. Elephant Robotics has introduced a Python API interface to the myAGV 2023. It is meticulously designed to cater to the diverse needs of developers and advanced users, offering a higher degree of flexibility and control over the myAGV's movements.


Diverse Application Scenarios

In the realm of education, myAGV 2023, with its advanced features and capabilities, becomes a robotic part for learning, research, and competitive scenarios. It serves as the best educational robot in robotics disciplines and labs, providing students with a hands-on robot work learning experience. The robot vehicle's user-friendly interface and compatibility with open-source Python-based code make it an ideal robotics learning platform. With its expandability and high openness, myAGV fosters robotic innovation and creativity, serving as an ideal robot companion for learning and experimentation.

The myAGV's precise control, advanced navigation capabilities, and adaptability to various scenarios make it a perfect consumer robot choice for robotics competitions. The modular configuration of myAGV 2023, coupled with compatibility with M5Stack and Raspberry Pi versions, empowers users to unleash their creativity and build their own robots. Whether experimenting with different end effectors or developing custom robotic solutions, myAGV 2023 serves as a versatile canvas for personal innovation. A significant upgrade in myAGV 2023 is the substantial payload increase from 2KG to an impressive 5KG. This enhancement not only indicates a substantial boost in capacity but also broadens the robot's versatility by enabling it to carry up to 5 types of Elephant Robotics' robotic arms, including 4 DOF robotic arms, the myPallitizer 260 Series and the ultraArm Series, 6 DOF robotic arms, the mechArm 270 Series and the myCobot 280 Series, and 7 DOF robotic arm, myArm 300 Pi. The seamless integration with these robotic arms allows myAGV 2023 to form a compound mobile robot, unlocking vast possibilities for a multitude of applications. The myAGV Jetson Nano 2023, with its support for 3D machine vision and deep learning applications, introduces new dimensions of innovation for competitions. It enables users to explore advanced technologies and apply them to solve complex challenges, paving the way for groundbreaking developments in the robotics field.


Elephant Robotics is excited to introduce the myAGV 2023 to the market, anticipating widespread adoption and recognition for its enhanced capabilities and improved user experiences. With its advanced features, expanded compatibility, and extended battery life, the myAGV 2023 is poised to revolutionize automated guided vehicle applications across various industries and use cases.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-brand-excellence-goes-global-ccpit-certification-unveiled 2023-11-24T12:00:00+08:00 2023-11-24T12:00:00+08:00 Elephant Robotics' Brand Excellence Goes Global: CCPIT Certification Unveiled QiuLisha Elephant Robotics has recently achieved the prestigious "Certificate of Export Commodity Brand" from the China Council for the Promotion of International Trade (CCPIT). This recognition, granted on October 30, 2023, encompasses a diverse range of our products, including robotic arms, robotic arms accessories, and robotic pets. The legitimacy and validity of this Certificate have been recognized by governments, chambers of commerce and enterprises in over 200 countries and regions worldwide.

Being acknowledged with the "Certificate of Export Commodity Brand" by CCPIT is a testament to our commitment to brand strength and product quality in the global market. This certification validates Elephant Robotics' dedication to elevating product quality, technological innovation, and services, solidifying our position as a leader in the industry.

Since our establishment in 2016, Elephant Robotics has been at the forefront of high-tech innovation in China. We specialize in robot R&D, platform software development, and intelligent manufacturing services. We have made remarkable breakthroughs in key technologies, offering cutting-edge solutions for a wide range of applications, from personal to professional scenarios. Recognized as a National High-tech (2021) Enterprise and a ShenZhen Specialized and Sophisticated SME, we continue to demonstrate our commitment to technological excellence and innovation.

Our product line encompasses 3 core areas:

1. Multi-axis collaborative robots:
Our versatile range of multi-axis collaborative robots has gained global recognition for their exceptional cost performance, robust functionality, user-friendly interface, and comprehensive support courses. From the precision of 4 DOF robotic arms to the intricacy of 6 DOF robotic arms and the advanced capabilities of 7 DOF robotic arms, our offerings extend to the seamless functionality of Automated Guided Vehicles (AGVs). A shining star in our product lineup is the renowned myCobot series, including myCobot 280, myCobot 320, and myCobot Pro 600. With over 20,000 units sold across more than 50 countries, the myCobot series has solidified its standing as a global favorite, distinguished for its precision accuracy and a wide range of application scenarios.

2. Bionic Pets:

In the realm of innovation, we extend our expertise to bionic pets, redefining human-robot interaction with intelligent lifelike robotic companion pets. Our range includes metaCat and MarsCat, equipped with remarkable features such as responding to touch, emitting purring sounds, and incorporating smart voice command functionality alongside advanced deep learning algorithms. Beyond their technological prowess, our bionic robotic pets serve a myriad of purposes, leaving a profound impact on the lives of families globally.

The metaCat has emerged as a crowd favorite, earning widespread acclaim from users both domestically and internationally. It extends companionship and educational support to autistic children and provide essential rehabilitation care for the elderly grappling with Alzheimer's syndrome. With tens of thousands of units sold worldwide, metaCat stands as a testament to our commitment of bringing robots to everyone's life.

3. Humanoid Robots:
Our dual-arm humanoid robots, driven by machine vision, excel in scientific research, education, commercial services, and light industrial manufacturing. With their intelligent visual sorting functions, they offer versatility in complex assembly work, loading and unloading, aerial assembly, and symmetrical assembly.

With this Certificate, Elephant Robotics is poised to further expand overseas markets and enhance brand awareness and international market competitiveness. With an impressive annual shipment volume surpassing 10,000 units, we have emerged as a key player, leaving an indelible mark on the global robotics market. Currently, our diverse product range is prominently distributed in strategic regions, including China, the United States, the United Kingdom, Germany, France, Japan, South Korea, and 44 other countries, totaling 51 countries.

We take pride in our commitment to delivering high-quality robotic solutions that cater to a global audience. As the demand for innovative robotics continues to surge, we are actively seeking strategic partnerships with qualified agents. We are particularly interested in collaborating with entities that possess a strong understanding of local markets, an extensive network of industry contacts, and a commitment to providing exceptional customer service.

Interested parties are invited to explore this exciting opportunity for collaboration. For more information about becoming Elephant Robotics’ distributors and to express interest, please contact sales@elephantrobotics.com.

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https://shop.elephantrobotics.com/blogs/news/elephant-robotics-unveils-the-smallest-7-axis-desktop-robotic-arm-with-arm-like-dexterity-myarm-300-pi 2023-09-04T18:28:47+08:00 2024-07-23T15:02:55+08:00 Elephant Robotics Unveils the Smallest 7-Axis Desktop Robotic Arm with Arm-Like Dexterity, myArm 300 Pi Dongling Xie More

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Background

With the improvement of scientific research technology level and the popularization of artificial intelligence, robotics is about to usher in an era of rapid development.

How to make robots get rid of the stereotype of high cost and high threshold of use, so that robots can go out of the exhibition hall into the family, has become the goal of every enterprise.

Elephant Robotics has always been committed to expanding the application scenarios of robots, so that robots can enter the household.

Its rich product line includes

● Lightweight multi-axis collaborative robots for the field of scientific research and education

● Professional collaborative robots for the field of intelligent manufacturing

● Pet robots for the field of recreation and companionship

● Fully humanized general-purpose robots for the commercial service field.

One of the representatives of lightweight multi-axis collaborative robots is the familiar six-axis collaborative robotic arm myCobot series, which is famous for its compact size and lightweight, and its rich and expandable functions. The myCobot series has been proven in the market for a long time, from personal creativity development to school research and learning to small commercial applications, there are mature examples, which makes it a good choice for robotics enthusiasts to get started.

The myCobot series is about to launch a heavyweight new product - myArm 300 Pi!

New 7-axis robot

 myArm 300 Pi continues the tradition of small and lightweight desktop robots, but with 7 degrees of freedom, it goes beyond other desktop robots by allowing the arm to be as flexible as a human. It was created to complete the product line and fill the entry-level robot market niche.

The myArm has seven movable joints, meaning that the myArm can perform seven independent movements in space, including three degrees of rotational freedom (rotation around the X, Y, and Z axes) and three degrees of translational freedom (translation in the X, Y, and Z axes), as well as a zero spatial attitude arm angle. myArm goes beyond a 6-degree-of-freedom arm and can move with the flexibility of a human arm.

The structural layout of myArm is centrally symmetrical, a design that gives myArm better balance and stability during operation, helping to achieve precise movement and control.

Product performance

MyArm is designed with an arm span of 300mm, a maximum load of 200g (the load at the far end is halved, and the load is 100g when the arm span is greater than 150mm), a maximum repetitive positioning accuracy of ±0.5 mm, and a 3.3V expansion interface, which is able to adapt to more than 45 minutes of continuous work (to meet the purposes of personal use, classroom use, etc.).

Hardware configuration

The myArm 300 Pi is powered by a Raspberry Pi 4B core motherboard, which is paired with Elephant Robotics' customized Ubuntu Mate 20.04 operating system, providing an operating experience similar to that of a desktop PC. Therefore, there is no need for an additional PC controller, just connect a monitor, keyboard, mouse, etc. 

Software configuration

The myArm 300 Pi has a working radius of 300mm, and is equipped with a variety of features, such as joystick control, ROS1, ROS2 simulation control, MYBLOCKLY, GPIO interface, HDMI interface, Python and a hands-on new science curriculum. It gets rid of the complicated steps of setting up the environment and meets your embedded development needs more easily, making robot control, visual recognition, and scenario development easier.

Scenario Applications

myArm robot is the preferred assistant for quickly building robot arm discipline education, control logic teaching, robot application, and

ROS simulation experimental classroom, to help you quickly start 7-axis robot arm learning and application. 

myArm can be mainly used for education research, creative development and business exploration.

Educational research

First of all, in education and scientific research, myArm can be used for robot posture research, robot motion path planning learning, management and utilization of redundant degrees of freedom of robots, and positive and  Inverse kinematics, ROS robot development environment, robot application development, programming language development and underlying data processing and other robot-related subject education.

Creative development

Secondly, in creative development, myArm is based on the product design concept of 100% adaptability to myCobot series accessories. It has achieved perfect adaptation in terms of structure installation and software control, which greatly expands the application scenarios of myArm robots. The 

myArm robot also opens up nearly 100% of the hardware interface of the Raspberry Pi 4B development board and the terminal Atom, which can be matched with the user's personal Raspberry Pi 4B and M5Atom peripheral accessories for personalized scene development to meet the creative development of different users.

Business exploration

In the last business exploration scenario, the myArm robotic arm can support the expansion of other host computers, and can expand PC computers, industrial computer terminals, mobile AGV chassis, etc., so it is suitable for various application scenarios. myArm products support multiple connection control methods such as extended wired and wireless, which can meet the application requirements of complex projects. myArm can be used with different terminals to realize various scene applications, such as robot application model display, education and teaching package display, industry 4.0 application scene display, composite robot application scene display, etc.

Customization for differentiated needs

In these application scenarios, we provide different solutions for the different needs of domestic pan-industry and overseas individual developer users in the direction of robotic arms.

myArm Robotics is based on the concept of 100% adaptability to the myCobot range of accessories. It realizes perfect adaptation in terms of structural mounting and software control, and provides myArm with more than ten types of end-effector attachments, which greatly expands the application scenarios of myArm and realizes the customization for didifferentiated needs.

Domestic pan-industry individual developer users

The needs of domestic pan-industry individual developer users include robotic arms, software control interfaces, programming language development interfaces, load capacity and rapid application. We provide myArm 7-axis collaborative robotic arm programming services for scenario building, scenario pre-research and commercial demonstration, equipped with PYTHON\C interface, robotic arm control software, drag and drop demonstration function, 250g load and 1mm accuracy.

 In addition, we also provide tutorial documents and instructional videos to help customers better use myArm. the whole solution is designed to provide an open programming interface, high precision, small load 7-axis collaborative robotic arm for individual developers in the domestic pan-industry industry to meet the needs of programming development and scenario pre-study.

Overseas individual developers

Overseas individual developers in the direction of robotic armrelated needs include robotic arms, open source interfaces, control software, hardware interfaces, a certain load capacity ,and accuracy in the mm level. We provide myArm collaborative robotic arm solutions for independent development and scene incorporation, equipped with PYTHON\C interface and robot control software. In addition, we also provide arm instructions and software interface instructions to help customers better use myArm.

 In short, our myArm robot arm is designed to provide overseas individual developer customers with a variety of development interfaces and hardware interfaces, with load capacity of the 7-axis collaborative robot arm.

Conclusion

myArm 300 PI is an innovative 7-axis robotic arm in the field of research and education, which adopts a fully wrapped center-symmetric structure design, taking into account both aesthetics and practicality. Compared with 4/6-axis robotic arms, myArm has higher flexibility and precision, the movement posture of the arm is more similar to the human arm, and the support of dozens of end accessories gives myArm more possibilities. With the customized system and the support of ROS1 and ROS2, the rich software development environment interface makes myArm an excellent teaching aid for robotics discipline learning!

The birth of myArm completes the product line of lightweight multi-axis collaborative robots, and also provides broader imagination and possibilities for the scene application of desktop small robotic arms, which fully reflects Elephant Robotics' dedication to making robotic arms a universal intelligent tool, and letting robots enter thousands of households.

Official website home page: https://www.elephantrobotics.com/

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https://shop.elephantrobotics.com/blogs/news/elephant-robot-7th-anniversary 2023-08-15T19:04:27+08:00 2023-08-15T19:12:50+08:00 A letter from CEO of Elephant Robotics at 7th Anniversary Joey Song More

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To our valued clients,

As the 7th anniversary of our establishment, I, on behalf of all the staff, express our greetings and thanks to you. We are deeply grateful for your support and trust in us. 

Since we built, Elephant Robotics has remained in promoting the development and application of robotics technology. We seize the opportunities of our time and promote better and smarter robots. From the initial industrial robotic arms to current desktop robots and bionic pets, we continuously innovate and improve. Our products and solutions have reached out various fields, including consumer, professional, and education, providing more convenientefficient and comprehensive services, and receiving recognition and support from our customers and partners.

We take pride in our achievements, which are the result of our ability to integrate technology and art with the support of our developed and designed core technologies. As we put the development of industrial technology first, we also emphasize giving back to our customers in kinds of scenes and research.

We're not self-satisfied about what we've accomplished so far. We still commit to higher-quantity robots. The myCobot series, the metacat series, and the new cobotX series are the results of our advanced technology and applications. Going forward, we’ll continue to focus on the needs of our customers, promote cooperationimprove our services and products, and look forward to a bright future.

We would like to express our thanks for your support and trust. If you entrust your business to us or consider our future services, we will appreciate it.

Joey Song

Chief Executive Officer

Watch on YouTube:

https://www.youtube.com/watch?v=MxtLluAvNec

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