Elephant Robotics' newly upgraded professional 6 DOF robot arm, myCobot Pro 630, was recently featured in Makezine. This coverage underscores Makezine's recognition of our innovative robotics solutions and highlights the advanced capabilities and potential applications of the myCobot Pro 630. This recognition by Makezine not only validates our efforts but also inspires us to continue pushing the boundaries of robotics…
「myCobot Pro 630」は、中国・深圳のスタートアップElephant Robotics社が開発したロボットアームだ。産業用ロボットとして様々なニーズに応える柔軟性を備えているという。現在公式Webサイトにて6,999ドル（約109万円）から購入できる。
Elephant Robotics' 6 DOF collaborative robot arm, myCobot 280 Pi, has been featured multiple times in Raspberry Pi's official magazine, The MagPi Magazine. The coverage includes a comprehensive review article of the myCobot 280 Pi, an application case article on controlling the myCobot 280 Pi using CDP Studio and its Kinematics framework, and another application case article on manipulating the…
This article primarily introduces the practical application of LIMO Cobot by Elephant Robotics in a simulated scenario. You may have seen previous posts about LIMO Cobot’s technical cases, A[LINK], B[LINK]. The reason for writing another related article is that the original testing environment, while demonstrating basic functionality, often appears overly idealized and simplified when simulating real-world applications. Therefore, we aim…
Die Forschung zur verkörperten Intelligenz als kritischer Zweig der künstlichen Intelligenz ist bestrebt, Roboter mit neuen Fähigkeiten für präzise Bewegungssteuerung, autonome Entscheidungsfindung auf hohem Niveau und nahtlose Mensch-Maschine-Interaktion auszustatten. Vor diesem Hintergrund hat Elephant Robotics kürzlich die Roboter der M&C-Serie myArm vorgestellt. Diese leistungsstarken und kostengünstigen Leichtbauroboter unterstützen Forscher und Entwickler sowohl bei der Datenerfassung als auch bei der Ausführung…
The Mercury X1 is a humanoid robot with NVIDIA Jetson Nano or Xavier that can take on a wide variety of tasks. It has a wheeled mobile base with LiDAR, ultrasonic radar and visual guidance systems. It lasts up to 8 hours on battery. For this particular teleoperation experiment, an X1 was used with NVIDIA Xavier. It was used to…
This is the myArm M750: a 6DOF robotic arm that can take on complex tasks. It is made with industrial-grade components. It has a working radius of 750mm. It has peak payload of 1000g. As you can see in the below video, this robot can be used to fold clothes or make coffee.
This is the myCobot Pro 630: another Raspberry Pi powered robot arm that can take your coding to the next level. It comes with USB, WiFi, and Ethernet connectivity. It has a 630mm range of motion and 2kg payload capacity. This robot can be programmed for Python and C++. It has harmonic joint modules and a controller that runs Linux.
This is the myCobot Pro 630: an educational cobot with a harmonic drive robotic arm that can take on pick and place, sorting, and other tasks. It has a working radius of 630mm and 0.1mm repeatability. It also has max load capacity of 2kg. It has a controller equipped by Linux.
If you have ever dreamt of owning your own precision robotic arm you might be interested in the MyCobot 280 Pi. An advanced robotic arm that is powered by the Raspberry Pi mini PC and is reshaping the way we think about automation and education. With a price tag of £651/$799, this piece of technology is making sophisticated robotics more…