
If you work with linear motion systems every day, you already know - there’s no room for chance here.
Every bit of extra friction, unstable movement, or excessive play isn’t just a minor issue - it’s a real cost:
That’s why the design and assembly technology play the decisive role in whether your process runs smoothly and predictably or turns into a source of inefficiency and waste.
This is not just another variation of a standard. Our proprietary bushing assembly technology was developed in cooperation with one of our technology partners, directly in response to the most common challenges engineers face:
The result? We designed an assembly process that gives EXC/EXCE linear ball bearings even greater stability and guiding precision - without increasing movement resistance.

The guiding system aligns the components precisely, reducing errors and cutting assembly time - especially in large production runs. In practice, that means more completed modules in less time, with fewer corrections and less stress.

Reduced friction translates directly into:
In short - fewer breakdowns, fewer replacements, and lower maintenance costs.

The construction ensures excellent rigidity and load capacity, while maintaining lightness and smooth movement - an ideal combination for demanding applications.

Assembly parameters are data-based and measurable, so you can finally build your process on facts, not assumptions.
From CNC machines to 3D printers to advanced assembly lines - anywhere that requires precise, repeatable, and failure-free linear motion, EXC/EXCE linear ball bushings deliver their full performance potential.
They’re ideal for high-precision, high-consistency environments, where every micron matters.
How much time and cost will you recover once bushing assembly stops generating losses? Or, to put it simply: how much could you gain before the next production run falls behind again?
Explore our full range of linear ball bushings: Liner Ball Bearings >>>