K O N S T I C

Loading....

We understand better that enim ad minim veniam, consectetur adipis cing elit, sed do

Factors affecting the accuracy of the linear guide rail

The geometric accuracy of the guide rail includes the straightness of the guide rail between the vertical plane and the horizontal plane, the parallelism between the guide rail surfaces and the perpendicularity between the guide rails; the guiding accuracy of the guide rail refers to the movement trajectory of the moving parts and the given direction. deviation. It mainly depends on the geometric accuracy of the guide rail itself and the guide rail fitting clearance, where the guide rail fitting clearance mainly depends on the structural type of the guide rail, surface roughness, the stiffness of the guide rail and the influence of thermal deformation.

Daily maintenance of linear modules

Linear module is an important part of precision machine tool. In order to ensure the speed, accuracy and service life of the linear slide module, it needs to be operated correctly to prevent abnormal wear.

If the daily maintenance work is done well, the linear module can maintain good performance for a long time, extend the service life, and discover and eliminate hidden dangers in time. When the linear module is not used for a long time, if it is not carefully maintained and used suddenly, it will cause a decrease in accuracy and speed, a shortened service life, or other failures such as corrosion and rust. The usual maintenance includes the following aspects:

How to apply linear modules in the automotive processing industry

The motor can show a stable power device for the machinery and equipment during the whole process of work, making the machinery and equipment more stable and reliable during the whole process of operation, and the linear module can develop the speed ratio of the motor during the operation period. Accurate manipulation can reasonably improve the working efficiency of the motor according to that working mode, and can also make the actual effect of the motor use stronger.