Summary of performance characteristics of linear modules

Compared with the traditional transmission device, the Linear Module has the characteristics of simple installation and convenient maintenance, and its popularization and application have brought a comprehensive reform to the industrial automation industry. What are the performance characteristics of linear modules?

Performance characteristics of linear modules.

1. The movement speed is fast.

The linear module reduces the friction between interacting objects and increases the speed of linear motion. The linear module has fast positioning speed and less time-consuming. Fast positioning and increasing linear motion speed can withstand more workloads in a short time, improving efficiency to a certain extent.

2. High repeat positioning accuracy.

The linear module not only increases the speed, but further improves the accuracy of positioning. Through repeated positioning, the accuracy can be further improved, the positioning part does not need to be corrected, and errors can be avoided. There are various models of linear modules to choose from, which are more convenient to use and do not need to be corrected in a short time, so that the linear modules have certain advantages in repeated positioning accuracy, and are widely used in modern laser technology and cutting machine tool industries.

3. Compact structure design.

In addition to the above-mentioned high speed and high positioning accuracy, the linear module also has the characteristics of small size. Compared with the traditional transmission device, the linear guide is small in size, suitable for precision instruments, reduces the price of mechanical equipment to a certain extent, and has a long service life, suitable for automatic processing machinery in large and small factories.

The invention and application of linear modules have promoted the development of industrial automation industry to a certain extent. Linear modules are widely used in automation, precision measuring instruments and other industries, and can replace traditional transmission methods such as racks and pinions, synchronous belts, and rail sliders. The linear module has a variety of series products for users to choose according to different use environments, loads, working conditions and other needs, and has a large market prospect and development space.