Micro bearings are widely used in automation equipment such as robotic arms and robots. The following are some main application scenarios:
1. Joint and joint transmission: Micro bearings are used as joint components to connect the joints of robotic arms and robots, achieving flexible motion. They usually have high accuracy and rigidity, and can withstand various dynamic loads and motion requirements of the robotic arm.
2. Rotating platform and joint unit: Micro bearings are used for the rotating platform and joint unit of robotic arms, enabling the robot to achieve smooth rotation and rotation in multiple directions, thereby achieving complex actions and tasks.
3. Guidance and support: Micro bearings can be used for the guide rail system and support structure of robotic arms and robots, ensuring the stability and accuracy of the robotic arm. These bearings typically have high rigidity and durability, adapting to the requirements of high-speed, high load, and long-term operation.
4. Sensors and encoders: Micro bearings are commonly used as sensors and encoder components for robotic arms and robots, to sense and detect parameters such as position, speed, and force of the robotic arm, thereby achieving accurate control and motion.
5. Gripper and tool interface: Micro bearings are used as grippers and tool interfaces for robotic arms and robots, playing an important role in fixing and supporting components such as fixtures and tools. These bearings typically have high precision and rigidity, ensuring accurate clamping and operation.
The application of micro bearings in automation equipment such as robotic arms and robots can provide high precision, stability, and reliability, thus providing critical support for the motion control and operational performance of robots.
