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What is the positioning accuracy of the circular guide rail?
Modern industrial production is becoming more and more complicated, and the production of a product often needs to go through multiple processes. The assembly time on the process plus the cycle time between processes is the beat; How to shorten the beat, improve production efficiency and shorten the cycle time between processes is a good choice. Using circular guide rail and improving the cycle speed can achieve this goal well.

The circular guide rail can be integrated into the customer's equipment or frame structure. The track can be oval or rectangular, and the bearing slide can be driven by continuous or indexing motion. The guide rail adopts the tried and tested V-track principle, which can bear higher load, long service life, low maintenance requirements and excellent performance in harsh environment. The accuracy of circular guide rail can reach 0.05mm repeatable positioning. A very important precision index is that the allowable error of the distance between the V-shaped tip of the V-shaped surface and the bottom surface of the guide rail is 0.025mm. The V-shaped guide rail adopts precision grinding technology, and the roller matched with the roller circular guide rail can adopt precision rollers. The allowable error of the roller installation height is 0.02mm. The precision roller is installed on the milled slide plate, and the installation height between the slide plate and the guide rail is accurately controlled.

In practical application, each car of the circular conveyor line represents a workstation, which works with industrial robots. Once the positioning is not accurate, the product quality will be affected, and the processed products will be flawed, so many enterprises will emphasize the accuracy with the manufacturers. The circular guide rail achieves its high accuracy through initial positioning and repeated positioning, which ensures the accuracy of initial positioning, and then corrects it through secondary positioning. The positioning accuracy is 0.0 1mm, and the repeated positioning accuracy can reach 0.05 mm after adjustment. The general technical requirements of precision are not high and easy to realize, while the technical requirements of high precision of 0.05 mm are relatively high, which can be realized by the professional technical team in kubik.