Top Reasons to Use Linear Guide Rails for Industrial Purpose

Top Reasons to Use Linear Guide Rails for Industrial Purpose

Linear rails are generally selected for several reasons; however their primary benefits over some other kinds of the guide devices are its load capacity, accuracy, rigidity and a few more. Let us discuss about linearführungsschiene in detail here:

Accurate Movement

Linear rail guides provide higher movement accuracy and these features will rightly combine to offer the best linear guidance system, which is suited to the applications that need high precision, long service and rigidity.


Unlike round shaft guide, the linear rail guides will withstand tearing loads & torque forces in a better way. In the same way, the linear rails will offer the big travel spaces unlike the cross roller guides. When compared to the sliding bearing guides, the linear rails have the much higher stiffness whereas offering the best load and life ratio.

Highly Efficient

The linear rail guides are basis for a lot of industrial applications. They provide the low-friction system with the high rigidity especially for the loads that will range from some grams to tons. Their size & precision ranges will make the linear rails highly suitable for all types of performance requirements over the industrial sector.

Challenges of using the Linear Rail Guide

The linear rails generally come with a few challenges that can be overcome when you take right account of it:

  • Never forget to fabricate the mounting surfaces for tolerance and any misalignment of your mounting surfaces will add preload to your system
  • Do not ignore effect of the materials & plating on its cost & lead time. Plating might need to happen overseas
  • If not tested over full run means in case there is any problem, you will not come to know about it till it gets very late
  • Specifying preload inaccurately will not decrease the negative factors such as heat generation, noise, vibration, and deflection –and increasing the friction & degrading performance