Ball Screw Motor Integrated Seat

Secondly, it can effectively improve the assembly accuracy of the screw. Due to the integrated design of the integrated seat, multiple links in the installation process are reduced, and the cumulative error is reduced, so that the screw can achieve higher precision standards during assembly, which is of vital importance for some equipment with badly high precision requirements, such as precision machining machine tools, 3D printing equipment, etc.

In addition, installation becomes easier. Compared with installing the motor and the lead screw separately, this integrated design reduces many tedious positioning and calibration steps. The installer no longer needs to spend a lot of time and energy to adjust the relative position of the motor and the lead screw, which greatly improves the installation efficiency and reduces the installation difficulty. Even non-professional installers can complete the installation work relatively easily.

In summary, the ball screw motor integrated seat has a wide range of application prospects and badly high practical value in various types of equipment that require the motor and the lead screw to work together, thanks to its reliable performance in solving concentricity problems, improving assembly accuracy, and simplifying installation processes.