Industrial Robots

Joint Actuation and Precision Motion

Micromotors are used in robot joint drive systems, achieving multi-axis linkage and precise positioning through reduction mechanisms to meet the requirements of complex motion trajectories.

End-effector Control

Micromotors drive end-effectors such as grippers, suction cups, and rotary mechanisms to perform grasping, handling, and assembly operations.

Tool Changing and Auxiliary Mechanisms

Micromotors are used in automatic tool changers and auxiliary actuators to improve production line flexibility and changeover efficiency.

Sensing and Feedback Execution Systems

Micromotors work in conjunction with sensors to achieve position feedback, force control adjustment, and motion compensation, improving operational accuracy and stability.

Intelligent Control and Collaborative Operation

In collaborative robots, micromotors support refined control and safe response, enabling human-robot collaboration and flexible manufacturing.

Low Noise and High Reliability

Micromotors for industrial robots operate smoothly and with low noise, making them suitable for high-precision, continuous industrial environments.