With the rapid iteration and upgrading of the humanoid robot industry, high-precision, high-dynamic, and high-reliability drive components have become the core support for the flexible movement of intelligent robots. Recently, multiple new iterations of humanoid collaborative robots have been equipped with MAXON precision drive motors in bulk. Leveraging their excellent dynamic performance and stable output capabilities, these motors assist robots in achieving high-precision and high-flexibility bionic movements, propelling the intelligent robot industry towards a more high-end, flexible, and intelligent progression.
Humanoid robot joints have extreme requirements for motor response speed, volume and weight, control accuracy, and overload capacity. Maxon coreless motors, with their core advantages of ultra-low rotational inertia, rapid dynamic response, and ultra-high power density, achieve stable high-torque output within an extremely small volume, perfectly fitting the lightweight and miniaturized design requirements of robot joints. At the same time, the motors operate without jitter and exhibit excellent control linearity, allowing for precise matching of the robot’s motion requirements for high-frequency start-stop, flexible fine-tuning, and complex posture switching, significantly improving the robot’s operational precision and environmental adaptability.
In addition, the MAXON modular drive system can quickly adapt to the structural design of robots of different models, supports long-term continuous operation and short-term overload operation, and exhibits outstanding resistance to vibration and interference, meeting the operational needs of various scenarios such as industrial, service, and scientific research. In the future, MAXON will continue to delve deeply into the field of robot drives, relying on technological iteration to optimize product performance, and providing core power support for the innovative upgrading of humanoid robots, collaborative robots, and bionic intelligent equipment.
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