As the core supporting component of high-precision motion systems, air bearing bushings are widely used in high-tech fields such as semiconductor manufacturing, precision optical testing, aerospace, etc. due to their non-contact, zero friction, and long lifespan characteristics. It achieves ultra precision motion control through the micro scale gas film formed by gas static pressure, but this characteristic also poses a complex challenge of multi parameter coupling in the selection process - subtle deviations in parameters such as shaft size, load distribution, and dynamic stiffness may lead to system oscillation or accuracy failure.

In the machinery industry, with fast technology iteration and high experience requirements, how to systematically improve capabilities? This article summarizes 6 practical methods to help you quickly advance to become a technical backbone!

The bearing is broken, we need to analyze the cause first and then find a solution. Therefore, it is necessary to identify the cause of the occurrence in the short term and take corresponding measures .

The bearing is broken, we need to analyze the cause first and then find a solution. Therefore, it is necessary to identify the cause of the occurrence in the short term and take corresponding measures

there are significant differences between shaft sleeves and couplings in terms of definition, structure, function, and application scenarios.

How to install and maintain bearings