Ball bearing guide rail linear module accessories

The linear module is a highly precise mechanical component for linear transmission. It has a wide range of applications, simple assembly, and relatively high precision. However, the linear module is merely a motion mechanism. If the vibration generated during long-term operation causes changes in its precision, it is necessary to frequently check whether the precision remains at the originally set position to promptly correct the equipment's precision.

The linear module is a high-precision linear transmission mechanical component. It has a wide range of applications, simple configuration, and relatively high precision. However, the linear module is merely a type of moving mechanical device. If the vibration generated during long-term operation causes changes in its precision, it is necessary to frequently check whether the precision remains at the originally set position to promptly correct the equipment's precision. The following measurement methods:

1. The stiffness and toughness of the linear module are important factors determining whether the module itself will deform. When the stiffness of the module is insufficient, it is very likely to cause deformation of the module itself. And the deformation of the module has a significant impact on the relative position of the components and the guiding accuracy.

2. The vibration resistance and stability performance of the linear module. The vibration resistance performance refers to the performance of the linear module when it is forced to accept vibration or impact. Stability refers to the performance that no vibration occurs under certain specific conditions such as impact or vibration. In a sense, these two performance characteristics can be regarded as the same attribute. The better the vibration resistance performance is, the better the stability is, and vice versa.

3. The motion sensitivity and positioning accuracy of the linear module. The most significant feature of intelligent industry is its precision and sensitivity. The application of linear modules is no exception. To ensure its precision and sensitivity, it is necessary to understand the minimum travel that the moving component can achieve and the ability of the moving component to stop at the specified position as required.