Blog articles

Find out how mechanical surface treatment can introduce compressive residual stresses and increase the service life of your components by up to 80 per…

For engineers, a deep understanding of the relationship between material, geometry, manufacturing process, and expected stress is essential.

Learn how production planners can find the right roller burnishing or deep rolling tool in three steps — with practical examples and the ECOROLL…

In this article, we will explain how an initial rough estimate of the effect of residual stresses on a component's service life can be made and how…

How can notch points in gear shafts, for example, be designed to withstand loads? And above all, how can the predictive accuracy of design guidelines…

Increase the fatigue strength of screws by 30% with roller burnishing

Deep rolling has the greatest effect at the points where the greatest mechanical loads are applied, e.g. at notch points and in radius transitions on…

Skive burnishing is a very special process that was originally developed for the economical production of tubes for use in hydraulic cylinders. Today,…

ECOsense offers process monitoring specifically for the requirements of deep rolling.

Machine hammer peening for strengthening components is a relatively new process that offers great advantages.

Hydrostatic rolling tools are particularly reliable and resilient to process fluctuations.

Component surfaces must be protected against wear. Among other processes, deep rollling is suited for this purpose.