White Papers
In-depth technical papers written with the engineer in mind. Including data direct from the igus® test lab
-
Read DocumentCleanroom Whitepaper
-
Read DocumentBreaking the (Injection) Mold
This white paper details a new plastic material solution that allows engineers and product developers to print parts with wear rates comparable to certain injection-molded components.
-
Read Document
e-spool: The next generation of the cable reel
The igus® e-spool is an alternative to traditional cable reels, which are used to guide cables and hoses in confined spaces. The e-spool system can guide several cables or media lines, including power
-
Read Document
The ACME Lead Screw System
One of the most common lead screw geometries in North American manufacturing is the ACME lead screw system. Designed with a trapezoidal shape, a flank angle of 29 degrees and a higher pitch than faste
-
Read Document
Reducing vibration of cable carriers
In a wide range of applications customers are demanding increased accuracy and precision from their production equipment. In industries including printer design, semiconductor manufacturing, and machi
-
Read Document
Maximizing Shaft and Bearing Lifetimes in Agricultural Machinery
Explore different processes of surface treating shaft materials and examine the effects on wear behavior of plain bearings i agriculture applications.
-
Read Document
Ready to replace your older PTFE lined bearings?
Compare how drylin® performs compared to bearings which use a PTFE-based, bonded liner, in both wear and friction testing.
-
Read Document
White Paper - True Cost of Bearing Lubrication
This white paper explains how much it actually costs to lubricate a ball bearing and the cost saving benefits of switching to a self-lubricating plastic bearing.
-
Read Document
Plastic Bearings Have Staying Power
In this white paper, uncover common misconceptions and learn the true reliability of tribologically-optimized plastic bearings.
-
Read Document
The Less is More Approach to Robotic Cable Management
This white paper centers on designing cable management systems for six-axis robots in three separate sections, and optimizing cable management for robotic applications.
-
Loading More...
