The actuators deliver superior torque density, enhanced thermal efficiency, and rapid system integration—driving the accelerated development of next-generation robotic platforms.
Compact and lightweight, with hollow-shaft routing that frees space and makes robot design cleaner and more efficient
The actuator features an integrated architecture composed of eight precision-engineered modules: the motor back cover, control board, encoder, motor rotor, stator casing, motor stator, harmonic drive, and flexspline cover.
Offering customized solutions including IP65 and IP67 waterproof protection and reliable operation at −40 °C to meet the demands of extreme environments
Implement strict quality inspection procedures that cover comprehensive material verification, meticulous assembly, precise process control, and full-rated load testing to ensure every actuator meets the highest standards of performance and reliability
Delivering high torque and load capabilities with a torque density exceeding 220 Nm/kg twice that of comparable products enabling superior performance in demanding robotic applications.
Supports multiple communication protocols including Canopen, Canbus, and EtherCAT.
Robot Joint actuators have a wide range of applications, such as:
Humanoid robots – powering full-body joints with up to 32 degrees of freedom.
Upper-limb exoskeletons – enabling dual-arm object handling with high load capacity and flexible motion.
High-altitude dual-arm drones – performing tasks like power line maintenance, reducing the risks associated with working at height.
Collaborative robotic arms – simultaneously controlling multiple arms with fast response and high coordination.
Strong production capacity with a 6,000 m² modern workshop, advanced CNC machining centers, annual output of 20,000–30,000 units, and strict quality control.
