When installing a linear motor module, how do I control the parallelism of the guide rails and the mounting datum to avoid operational lag or accuracy deviation?

The assembly coordination of the guide rail and the linear motor stator and mover needs to be considered simultaneously to avoid the actual effect of the guide rail parallelism being indirectly affected by the adaptation deviation between components.

Can linear motor modules eliminate mechanical play, backlash, and wear, thereby improving motion repeatability?

The ability of linear motor modules to eliminate mechanical play, backlash, and wear, thereby improving motion repeatability, is the fundamental reason they stand out in the field of precision automation.

Several Unknown Advantages of Linear Motor Modules

In industrial automation and precision manufacturing, linear motor modules are reshaping traditional motion control models with their disruptive technological advantages.

How do linear motors achieve contactless direct drive, eliminating the backlash and elastic deformation associated with mechanical transmission?

This not only improves system accuracy, speed, and stability, but also drives high-end equipment towards higher dynamic performance and longer reliable lifespans, becoming an indispensable core power technology for modern precision automation.

Can the linear motor module improve the motion accuracy of the equipment? Compared with traditional transmission, the error is smaller?

The linear motor module performs outstandingly in improving the motion accuracy of equipment and can significantly reduce errors compared to traditional transmission methods.

What is the key role of the linear motor module's direct drive characteristics in eliminating transmission backlash and improving positioning accuracy?

The direct drive feature completely eliminates positioning errors caused by clearance between components by removing intermediate transmission components.