Circular Reversal Ball Screw is a mechanical device used to transmit motion and motion. It usually consists of a screw and a ball sleeve or ball ring equipped with its thread.
Compared with traditional ball screws, circular inverter ball screws have the following characteristics:
The circular inverter ball screw adopts the principle of circular ball rotation circulation. The balls form a closed circular path inside the ball circulator. This design allows the balls to convert between sliding and rotary motion in the axial direction of the screw, thereby achieving reverse transmission of the direction of motion.
The circular inverter ball screw has high transmission efficiency and rigidity. Since the balls form a closed path within the ball circulator, stable contact can be maintained during axial movement, reducing the sliding friction between the balls and the thread, thereby reducing energy loss and wear.
This type of ball screw design allows for a long operating life and high movement accuracy. The movement of the circular inverter ball screw is smooth, and there is no obvious gap and return error during reverse transmission. This makes it excellent in applications requiring precise positioning and high-speed movement.
Circular inverter ball screws are widely used in various mechanical devices, such as CNC machine tools, industrial robots, printing machinery, etc. They can be used to achieve precise position control, movement and positioning of motion platforms, transmission of load-bearing mechanisms, and other applications.
All in all, the circular inverter ball screw is a reliable, efficient and precise transmission device, suitable for applications requiring precise positioning and high-speed movement, and has wide industrial application value.