Application

Bearings play a vital role in the robotics industry. As the "joints" of the robot, they connect and support the various parts of the robot arm, allowing the robot to rotate flexibly and accurately in all directions and transmit complex torques. These bearings not only provide stable support for the robot arm, ensuring its stable operation under high speed and high load conditions but also significantly improve the robot's working accuracy and efficiency by reducing friction and improving guiding accuracy. In addition, some specially designed bearings, such as cross roller bearings, are particularly suitable for installation in the joints or rotating parts of the robot due to their small size, space-saving characteristics, and strong load-bearing capacity. Therefore, in the design and manufacturing process of the robot, selecting suitable bearings and performing regular maintenance and monitoring on them is crucial to ensure the robot's motion accuracy, stability, and service life.