Bearing

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Product News

XSA Series


A slewing bearing typically consists of four main components: the inner ring, the outer ring, rolling elements, and spacer blocks. Since its core components utilize a slewing bearing, it can simultaneously withstand both axial and radial forces. Although there are many different types of slewing bearings, their basic structural compositions are largely similar.

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Official announcement! Our company’s new official website is now live—welcome to experience the refreshed and upgraded user journey!


Major announcement! After months of careful preparation and refinement, our new official website is now officially live and operational! This marks an important milestone in our brand’s journey—and even more so, it’s a fresh starting point for us to put users at the center of everything and elevate our service experience.

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Bearing

Factors Affecting the Service Life of Crossed Roller Bearings and Methods for Extending Their Service Life


Every mechanical component has a certain service life; as time passes or due to wear and tear, its performance gradually degrades, eventually failing to meet the demands of production and use.

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Bearing

Causes of Rusting in Crossed Roller Bearings and Corresponding Solutions


It is quite common for cross roller bearings to rust, and as a metal material, rusting is inevitable. The formation of rust can not only affect the operational accuracy of the bearing but, in severe cases, may even lead to bearing failure.

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Bearing

How can the installation accuracy of crossed roller bearings be improved? Specific operational methods.


The installation accuracy and fitting accuracy of cross roller bearings directly affect the performance and service life of these bearings. Many precision instruments employ cross roller bearings that have particularly high precision requirements.

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Bearing

What are the causes of cross roller bearing failure, and how can you identify them?


The causes of cross roller bearing failure can generally be categorized into two types: rotational failure (fatigue failure) and wear failure (loss of precision). Rotational failure refers to the bearing losing its ability to function and ceasing to rotate.

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Bearing