Application of Precision Gear Rack in Robot Manufacturing

In robot manufacturing, precision gear racks play a vital role as an important transmission element. This article will explore the specific application of precision racks in robot manufacturing.

1. Industrial Robots

Adopting alloy steel gear racks with module 2, combined with involute tooth design and automatic lubrication system, high-speed and high-precision movement can be achieved.

2. Robot Hand

The robot hand is also the main body mechanism and the most important actuator. The implantation of precision gear racks allows the robot to position more accurately, and the addition of micro electronic gears makes it more flexible.

3. Robot Joints

If the tooth line of the spur gear is tilted, it is called a helical gear, which is used when high quietness and high strength are required. Spur gears and helical gears are mechanical elements for power transmission inside robots, mainly concentrated in joints, robot grippers that are easy to open and close, and other parts.

4. Robot Speed Adjustment

As one of the main mechanical elements, precision gear racks are mainly used as components of reducers in robots and used inside the robot arm. Therefore, the output torque can be increased by using a reducer to reduce the rotation speed of the same service motor (electric motor). Through this design, it is possible to obtain a large torque even with a small motor.

Summary

Precision gear rack transmission systems have broad application prospects in automation equipment. Through reasonable selection, they can give full play to their advantages of high precision, high rigidity and high efficiency to meet the needs of different application scenarios.

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