The application of bearings in the robotics industry is indispensable. As an integral part of modern industrial automation, robots require precise, high-speed, and continuous movements, with bearings playing a crucial role in supporting and transmitting motion loads.

Bearings find wide application in the joints of robots. Spherical bearings can withstand various motion forms of the robot, such as rotation, tilt, and swivel, providing stable power output. Bearings play a pivotal supporting role at the joint junctures of the robot, ensuring the flexibility and accuracy of its movements.

Moreover, bearings are essential components in the robot's actuators and transmission systems. For instance, in a robot's servo motor and reducer, bearings facilitate the transmission of output torque and rotational motion, enabling actuators like the robot's arms and fingers to execute precise movements. Simultaneously, in the robot's motion control components such as guide rails and guide devices, bearings ensure the smooth and efficient movement of the robot.

Due to the specific working environment of robots, bearings in the robotics industry must possess properties such as corrosion resistance, wear resistance, and low noise to meet the demands of high-speed, long-term continuous operation. Therefore, bearing suppliers are continually developing high-performance bearing products tailored to the needs of the robot industry, providing vital support for the stable operation and intelligent advancement of robots.