Servo Motor Applications & Core Technologies

✅ Humanoid Robots

Joint Actuation

Servo motors control the head, arms, legs, and finger joints to ensure smooth movements, stable gripping, and precise manipulation.

Bipedal Walking & Balance Control

High dynamic response and torque output enable robots to walk, run, and jump steadily, even navigating stairs and uneven terrain.

Human-Robot Interaction (HRI)

Robots can replicate human gestures, perform delicate actions, and execute accurate gripping to enhance user interaction and task performance.

 

✅ Joint Module Development

Multi-Axis Integration 

 Combines servo drives, encoders, and control units into compact joint modules, enabling modular design, rapid deployment, and flexible assembly.

High-Precision Motion Control 

 Provides stable torque output and precise feedback for micron-level angular control—ideal for humanoid and lightweight service robots.

Lightweight & High Torque –

Compact and high power-density design meets the demands of multi-degree-of-freedom motion systems, improving actuation efficiency and flexibility.

 

Smart Motion, Stable Drive – Advancing Robotic Innovation

With high-precision control, powerful torque output, and energy-efficient design, servo motors ensure the reliable operation and agile movement of humanoid robots and joint modules.
They empower the evolution of intelligent robotics across service, industrial automation, inspection, and emergency response applications.
Through cutting-edge servo motor technology, we are enabling the widespread adoption of humanoid robots and intelligent mechanical systems.