Robot Joint Motor

Equipped with an ultra-thin harmonic reducer and a compact structure, this module features a brushless torque motor that achieves optimal size reduction without sacrificing torque. It includes a high-precision multi-turn absolute encoder, making it an...

Equipped with an ultra-thin harmonic reducer and a compact structure, this module features a brushless torque motor that achieves optimal size reduction without sacrificing torque. It includes a high-precision multi-turn absolute encoder, making it an...

The CRA-RI70-90-PRO joint actuator module offers exceptional performance in a compact design, ideal for a wide range of robotic applications. With an outer diameter of just 90mm and a lightweight of only 1.3kg, it provides an excellent balance of size,...

The CRA-RI60-80-PRO robot joint actuator module is designed for high-performance robotic systems, including humanoid robots, exoskeletons, and robot arms. It allows rapid assembly, significantly reducing development time and accelerating project...

The CRA-RI50-70-PRO joint actuator module combines power and precision in a compact design. With an outer diameter of just 70mm and a lightweight of 0.63kg, this module is engineered to meet the demanding requirements of advanced robotic applications...

The CRA-RI40-52-PRO joint actuator module is designed for rapid robot assembly, offering exceptional performance for a variety of applications. Featuring a compact 52mm outer diameter and weighing just 0.3kg, this joint module balances size and power...

The CRA-RI30-40-PRO joint actuator module is engineered for quick robot assembly, meeting diverse application and functional requirements. With a compact outer diameter of just 40mm and a lightweight design of only 0.16kg, this module integrates key...

DAMIAO MIT-CAN DebuggerUSB-to-CAN Communication & Debug Tool for MIT Servo MotorsBaud Rate Support: 5Kbps~1000Kbps64KB Ultra-Large Buffer - No Data Loss Even at Millions of Frames Your Purchase Includes:1x DAMIAO MIT-CAN Debugger

Note: The DM-J8009P-2EC model uses a crossed roller bearing on the output shaft, while the DM-J8009-2EC model uses a thin-section deep groove ball bearing. The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for...

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position...

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position...

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position...

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position...

The CRA-RI110-170-PRO is a high-performance joint motor designed for humanoid robots and open-source robotic applications. With an outer diameter of 170mm and weighing just 6.85kg, this module offers an impressive combination of power,...

  PYTCHER PRO-S Joint Motor, a state-of-the-art soluluhuantion engineered for versatility and performance in a compact and lightweight design. This advanced joint motor is ideal for a variety of applications, including robotic arms,...

PYTCHER  A4310-P2-36 is a high-performance bionic robot joint motor, designed for high precision control and stability, with a peak torque of 36Nm and a lightweight design at just 377g. Equipped with dual encoders, the PYTCHER A4310-P2-36 ...

PYTCHER A10020-P1-12/6 is a high-performance bionic robot joint motor, designed for high precision control and stability. The Robot motor is engineered to deliver exceptional performance with a peak torque of 150Nm and a lightweight design at just 1.35Kg...

PYTCHER A8112-P1-18 is a high-performance bionic robot joint motor, designed for high precision control and stability. The Robot motor is engineered to deliver exceptional performance with a peak torque of 94Nm and a lightweight design at just 830g...

PYTCHER A13715-P1-12.67 is a high-performance bionic robot joint motor, designed for high precision control and stability. The Robot motor is engineered to deliver exceptional performance with a peak torque of 320Nm. Equipped with dual encoders, the...

PYTCHER A13720-P1-11.4 is a high-performance bionic robot joint motor, designed for high precision control and stability. The Robot motor is engineered to deliver exceptional performance with a peak torque of 380Nm. Equipped with dual encoders, the...