APO-GEE, the deep-tech start-up based in Belgium, specialized in ball bearing engineering, announces a new exclusive engineering offer, which consists in a comprehensive dynamics study of ball bearing cages using groundbreaking Stability Map concept.
A ball bearing cage can exhibit three types of behavior: stable, jostled/agitated, or unstable. It is crucial to understand that an unstable ball bearing cage can have severe consequences on the overall performance of the bearing and the mechanical system.
Based on a deep understanding of the complex dynamics of the cage instability phenomenon, and using advanced computational methods and simulation tools, APO-GEE is implementing an innovative technique based on the construction of original Stability Maps designed for addressing ball bearing cage instabilities.
Stability Maps aim to optimize the performance and reliability of ball bearing cages, and consequently the bearings themselves, enabling engineers to design reliable mechanisms and assemblies.
More info on the stability maps can be found here.