• Linear Bearings: Understanding the 2:1 Ratio and How to Overcome the ...

  Sep 30, 2017 — Stick-slip is often described as a temporary cycle of alternating rest and motion. Some systems experience stick-slip ...

  Machine Design

  

• The 2:1 Rule and How to Define Fixed and Floating Bearings

  Igus

  

• Discover the 2:1 Ratio in Cantilevered Loads for Linear Bearings

  PBC Linear

  

• What You Need to Know about the 2:1 Ratio - Linear Motion Tips

  Schroeder, Engineer. The Binding Ratio is a frequently misunderstood mechanical principle, with common misconceptions still causin...

  Linear Motion Tips

  

• 2:1 Rule for Linear Bearings & Shafts | The igus® Classroom

  Feb 21, 2025 — hi there today I'd like to talk about one of the most important design considerations that you have to factor in when ...

  YouTube ·

  igus, Inc.

  

• The Importance of the 2:1 Ratio for Plain Linear Bearings

  Example of the 2:1 Ratio for Plain Linear Bearings. In the image, "2X" represents the distance from the shaft to the load or appli...

  PBC Linear

  

• drylin® N - Design rules - Igus

  Eccentric forces To ensure successful use of maintenance-free drylin® linear bearings, it is necessary to follow certain recommend...

  Igus

  

• Can plain bearings be used for cantilevered loads?

  This white paper from PBC Linear provides an analysis of the forces on the bearing and gives the complete derivation of the 2:1 ra...

  Linear Motion Tips

  

• Linear Guide Bearings

  2:1 Bearing Ratio for Plain Linear Bearings The 2:1 Bearing Ratio is officially defined as the maximum ratio of moment arm distanc...

  PBC Linear