EMERSON DeltaV

The leading and longest established online Process Engineering publication serving the Process Manufacturing Industries

igus bearings are resistant to chips in machine tools Increasing machine tool - reliability

Plastic linear and plain bearings from igus UK are increasingly replacing metal bearings and roller bearings in the machine tools sector due to their chip, dirt and dust resistant capabilities.

All plastic bearings from igus are dry-running: they do not require any lubrication and protect against the soiling of grease and oil that often lead to bearing failure. drylin linear bearings are designed to repel particles from the contact surface by the movement itself and because there are no rolling elements, such as those found in more conventional roller bearing systems, there is nowhere for chips and dirt to become trapped.

This is especially beneficial for machine tools and their moving parts such as gliding doors and telescopic covers because of the arduous environment they have to operate in. The technical properties of igus' "tribo-plastics" make them the obvious choice when selecting bearings for machine tools as they are totally maintenance free, withstand high temperatures, have low coefficients of friction, boast excellent wear resistance and absorb very little moisture.

In addition, the exact life expectancy of any igus bearing can be checked using the online lifetime calculator. To watch a video of the bearings go to http://www.igus.co.uk/videos/machinetoolbearings 

For more information on this and any other igus products, please contact igus UK on 01604 677240. For regular updates, follow us on www.twitter.com/igusUK, watch our videos at www.igus.co.uk/youtube and connect with us at www.igus.co.uk/facebook.

Request FREE information from the supplier on the products in this article

Login or Register

Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.

Get the weekly eNewsletter from Process and Control Today