HIGH TORQUE HTDW-5036-02-CNE Planetary Joint Module
The HIGH TORQUE HTDW-5036-02-CNE is a compact planetary joint module designed for humanoid robots, robotic arms, and advanced robotics platforms. It integrates a motor, planetary gearbox, cross roller bearing structure, encoder feedback, and communication interface into a complete robotic joint solution for precise and stable motion control.
Compact Joint Module Design
The HTDW-5036-02-CNE features an integrated motor and gearbox structure, providing a compact actuator solution for robotic systems where space efficiency, lightweight design, and simplified mechanical integration are important.
36:1 Planetary Reduction System
Equipped with a 36:1 reduction ratio, the module delivers enhanced torque output and stable transmission performance for robotic joints. It is suitable for applications requiring controlled motion, precise positioning, and reliable torque response.
Cross Roller Bearing Structure
The integrated cross roller bearing design improves joint rigidity and load handling capability, making the HTDW-5036-02-CNE suitable for robotic platforms requiring stable operation and accurate joint movement.
Encoder Feedback and Motion Control
The module integrates encoder feedback for precise position control and real-time motion feedback. Combined with CANFD/CAN communication, it enables flexible integration into humanoid robots, robotic arms, and custom robotics development platforms.
Robotics Research and Development Applications
With its compact structure, integrated control capability, and reliable joint performance, the HTDW-5036-02-CNE is designed for robotics research, educational platforms, humanoid robot development, and next-generation automation applications.
