Robotics
Robots impose extremely high demands on motion control accuracy, motion stability, and operating reliability. As the core position feedback device in robot joints, Magnetic Absolute Angle Encoders are widely used across humanoid robots, quadruped robots, dexterous hands, industrial collaborative robots, medical robots, and other robot platforms. They provide motor-side and output-side angle position acquisition for rotary joints and linear actuators, enabling closed-loop motion control of the whole machine and ensuring stable execution of walking, grasping, precision operation, and rehabilitation tasks. High-precision Magnetic Encoders are core sensing components for robots. Backed by xMR magnetic sensing technology, they accurately acquire angle and displacement data. They precisely control joint motion, improve positioning accuracy and operating stability, support precision operation and flexible control, and help intelligent equipment achieve efficient and reliable automated operation.