Self-Lubricating Linear Guides

Oct. 12, 2006
DryLin linear bearings and guide systems are wear resistant, selflubricating, contamination and corrosion-free, and have a low coefficient of friction.

The linear guides come in four styles: DryLin T, DryLin N, DryLin W, and DryLin linear slide tables.

DryLin T consists of a hard-anodized aluminum, T-shaped rail, an adjustable carriage of clear-anodized aluminum, and gliding elements made from iglide J polymer. DryLin T has a low inertia for high accelerations and speeds, adjustable clearance, runs quiet, and withstands high static loads in all directions.

DryLin N, a lightweight, low-profile linear-guide system that works for both high-speed and short-travel applications. Plastic gliding elements run in an anodized aluminum rail for maintenance-free operation.

DryLin W is a low-cost, extremely compact linear-guide system available as a combination of two supported round shafts in one profile, in a split rail configuration, or with square rails.

DryLin linear-slide tables work in low-speed or hand-powered motor applications needing precise movement. They are lubrication-free and, therefore, well suited for environments where lubrication would lead to contamination and erosion.

Applications for DryLin products include material handling, food, medical, and clean-room technologies, packaging machinery, and test instruments.

igus Inc., Box 14349, East Providence, RI 02914, (800) 521-2747, www.igus.com

Sponsored Recommendations

Aug. 22, 2025
Discover how to meet growing customer demands for custom products without overextending your engineering team. Learn how scaling your automation strategy can help you win more...
Aug. 22, 2025
Join industry leaders to explore how cutting edge digital technologies are transforming factories. Learn how to boost throughput, enhance flexibility, and accelerate your digital...
Aug. 22, 2025
Explore the future of manufacturing. Learn how to leverage the latest digital technologies and strategies to build a more efficient, agile, and resilient digital factory.
Aug. 21, 2025
A look into the latest improvements in motion control through high-performance drives, AI enhancements, and faster communication protocols.

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!