Performance Analysis of Wear Resistance in Micro Guides

As technology advances, different demands increase, and the requirements for mechanical parts in miniaturized equipment cannot be low. For manufacturers, the wear resistance of micro guide rails is particularly important, as wear resistance determines the durability of the equipment.

A micro guide rail can be understood as a rolling guide rail. The steel ball rolls infinitely between the slider and the guide rail, allowing the loading platform to easily perform high-precision linear motion along the guide rail. The friction coefficient can be reduced to one fiftieth of that of a traditional sliding guide rail, making it easy to achieve very high positioning accuracy.

Micro guides are common functional components in the machinery industry. The quality of micro guides directly affects the service life and precision of mechanical equipment. Therefore, micro guides should have high wear resistance and dimensional stability.

The wear resistance of micro guide rails refers to the ability to maintain a certain level of accuracy after long-term use. As we all know, guide rails will wear out during use, but we should minimize the amount of wear and ensure that they can automatically compensate or adjust after wear.

Therefore, most of the processing materials for micro guide rails are stainless steel, mainly because compared with other materials, stainless steel has a higher strength coefficient. Because the micro guide rail needs to be the main fulcrum of the heavy object, if the material is not up to standard, it is likely to cause damage to the parts during the processing, which is also a considerable loss for the company.