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In a laboratory building at Fudan University’s Handan Campus, a lecture on Introduction to Robotics has just concluded. Instead of leaving immediately, students gather around an experimental workstation, excitedly discussing the grasping algorithm they just ran on a sleek collaborative robot arm. Thanks to a delivery from Elephant Robotics, the 6-DOF robotic arm myCobot 320 has become a regular fixture in the Fudan University Laboratory.
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Robots don’t have to be big, bulky, and imposing. Elephant Robotics’ myBuddy is a far more friendly looking machine, with appealing movements reminiscent of a posable doll or a 1980s Rubik’s Snake puzzle. The pipe-like limbs on this two-armed robot can be endlessly rotated, and there are 13 degrees of movement overall. Equipped with a touchscreen display and a camera, myBuddy 280 is the company’s first Raspberry Pi–based dual-arm robot. It’s also the best-value model of its type, making it ideal for educational settings.
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Robots are already getting pretty good at cooking things. This videos the Mercury X1 robot using dexterous arms to prepare food for lantern festival. The robot simply pours liquids and rice balls onto the pan to start the process. The X1 has a 19 degrees of freedom. It is powered by the Jetson Orin Nano SUPER 8GB as main controller. This robot uses a LiDAR, ultrasonic sensors and 2D vision for perception. It is compatible with various simulation software, including ROS, Moveit, Gazebo and Mujoco. You can program this robot with Python and C++.
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Il myCobot Pi appartiene ad una nuova generazione di bracci robotici collaborativi a sei assi basati su Raspberry Pi, progettati per coniugare compattezza, potenza di calcolo, programmazione avanzata e applicazioni scalabili in ambito educativo e professionale. Il settore della robotica collaborativa si sta evolvendo rapidamente grazie all’integrazione tra hardware compatto e piattaforme di calcolo versatili. Il myCobot Pi si distingue come soluzione tecnica avanzata pensata per la sperimentazione, la formazione e lo sviluppo applicativo. Basato sull’ecosistema della Raspberry Pi Ltd, questo braccio robotico a sei assi unisce prestazioni di movimento precise ad un ambiente di sviluppo ampiamente supportato, rendendo possibile la realizzazione di progetti di automazione e prototipazione con un approccio modulare e progressivo.
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Il CES 2026 di Las Vegas si conferma l’epicentro della convergenza tra intelligenza artificiale e vita quotidiana. Tra i protagonisti della rassegna spicca Elephant Robotics, l’azienda high-tech fondata nel 2016, che ha presentato una nuova generazione di soluzioni robotiche leggere e open-source. Il focus del gruppo, che ha attirato oltre 10.000 visitatori presso il proprio stand, punta deciso sulla Embodied AI (intelligenza artificiale incarnata), con l’obiettivo di trasformare macchine rigide in sistemi capaci di interagire in tempo reale con l’ambiente domestico e professionale.
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CES, the world’s premier technology event held annually in Las Vegas, kicked off last week, bringing together the latest innovations in consumer electronics, robotics, and intelligent technologies for 2026. Recognized as one of the most influential platforms for technology debuts and industry exchange, CES once again highlighted the accelerating convergence of AI, robotics, and everyday life. This year, Elephant Robotics made a strong return to the show, presenting our latest breakthroughs in Embodied AI, educational robotics solutions, and next-generation robotic innovations that captured widespread attention. Since our founding in 2016, we have remained committed to developing lightweight, open-source robotic products for both educational and professional applications, with the mission of integrating robotics into daily life and enabling more people to experience the practical value and transformative potential of intelligent robotic products.
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Elephant Robotics, a trailblazer in robotic innovation, proudly reflects on a year of remarkable achievements in 2025. Throughout the year, we introduced a series of new robotic products and solutions, including the 3-finger force-controlled dexterous gripper myGripper H100, the myAGV Compound Robot Intelligent Logistics Kit, the mobile robot platform myAGV Pro, the compact 6-DOF harmonic-drive collaborative robot myCobot Pro 450, and the Portable Artificial Intelligence Educational Workstation. These launches underscore our continued commitment to advancing embodied intelligence, robotics education, and industrial automation. In parallel, Elephant Robotics participated in more than 50 global events, significantly expanding the global reach and influence of our robotic technologies. By actively exploring global real-world applications and championing technology for good, we have taken steady steps toward deeper innovation in the robotics sector. These advancements in 2025 mark key milestones and reflect the growing adoption of our robotic solutions across diverse industries and applications.
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We have a partner specializing in artificial intelligence and embodied intelligence. By integrating its in-house developed products with technologies from Baidu, NVIDIA, and Huawei, the enterprise provides advanced GPU/NPU computing platforms, digital-twin robot simulations, and AI training environments for institutions of higher education. In preparation for the RoboCom Developer Competition (RAICOM), the enterprise recognized our strengths in deep customization—including configuration adjustments, function simplification, and design optimization—supported by high-quality mass production and robust technical assistance. These capabilities aligned perfectly with their requirements.
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One of our partners, specializing in intelligent robotics and AI, leverages strong R&D expertise from leading research institutions to develop advanced robotic systems. The enterprise actively supports universities through academic programs, competitions, research projects, and industry-academia collaboration, with the goal of cultivating future robotics talent. With deep expertise in AGVs, the enterprise has participated in major competitions such as the RoboCom Developer Competition (RAICOM) and the Chinese Collegiate Computing Competition, while also organizing three robotics contests of its own. Seeking a reliable hardware platform for its future projects, it selected our 4-DOF palletizing stepper arm, ultraArm, for its seamless integration with robotic vehicles and Baidu’s AI Studio PaddlePaddle platform—making it an ideal foundation for next-generation compound mobile robots.
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Elephant Robotics is excited to look back on 2025 academic achievements enabled by our robots and proudly present a pioneering collection of research featuring our collaborative robots (Cobots), automated guided vehicles (AGVs), and humanoid robots. Developed in partnership with leading institutions—including Cornell University, the University of Tokyo, Seoul National University, the University of Michigan, New York University, the University of Waterloo, and Waseda University—this collection highlights the innovative applications of our 6-DOF robotic arms—the myCobot and myPalletizer series—alongside the mobile robot myAGV and the semi-humanoid robot myBuddy 280. Together, these works showcase how Elephant Robotics’ robotic products are advancing real-world innovation across diverse fields in 2025.