In robotic systems, joint modules must balance torque, precision, and compact integration. Traditional multi-component designs often introduce transmission errors, increase system complexity, and reduce dynamic response.

The KR080 planetary joint module is designed to address these challenges by integrating motor, reducer, and encoder into a single compact unit. This integrated structure helps reduce transmission losses while improving control accuracy and system responsiveness.

With support for closed-loop control using dual encoders, the module enables more precise positioning and smoother motion. At the same time, its planetary gearbox design provides high torque output within a compact footprint, making it suitable for space-constrained robotic joints.

The system also supports EtherCAT and CAN communication, allowing flexible integration into modern automation and robotics platforms. Additional options such as brake configuration and drive integration further enhance adaptability across different application requirements.

These features make the KR080 joint module well suited for humanoid robots, collaborative robots, and advanced automation systems where high torque density and stable motion control are critical.

To explore how these planetary gearboxes perform in real automation systems, we invite you to visit us at Automate 2026 (Booth 1472), held at Huntington Place, Detroit, MI, USA.