HIGH TORQUE HTPU-6035-04-CNE Ultra Thin Planetary Joint Module
The HIGH TORQUE HTPU-6035-04-CNE is an ultra-thin planetary joint module designed for humanoid robots, robotic arms, and compact robotics platforms. It integrates a motor, planetary gearbox, encoder feedback system, and communication interface into a lightweight joint actuator solution, providing efficient motion control for robotics development and research applications.
Ultra Thin Joint Module Design
The HTPU-6035-04-CNE features a compact 115 × 61.9 × 37 mm structure with an ultra-thin mechanical design. Its space-efficient configuration makes it suitable for robotic systems where installation space, weight, and joint integration flexibility are important considerations.
35:1 Planetary Reduction System
Equipped with a 35:1 reduction ratio, the module provides efficient torque transmission for robotic motion applications. It delivers 10 Nm rated torque and up to 36 Nm locked-rotor torque, making it suitable for robotic joints requiring stable torque output in compact designs.
High-Precision Encoder Feedback
The integrated encoder system provides 14-bit input and output encoder resolution, enabling accurate position feedback and responsive joint control. It supports precise movement control for humanoid robots, robotic arms, and robotics research platforms.
CANFD/CAN Communication Integration
Supporting CANFD/CAN communication with up to 3 kHz control frequency, the HTPU-6035-04-CNE enables flexible connection with robotic controllers and embedded systems. Its integrated control interface simplifies deployment in custom robotic platforms.
Robotics Development Applications
With its ultra-thin structure, integrated actuator design, and precise motion capabilities, the HTPU-6035-04-CNE is suitable for humanoid robot development, educational robotics, robotic research projects, and next-generation automation systems.
