Lightweight and Compact: Achieving an extremely thin bearing cross-section, it enables product miniaturization and lightweight design. For example, its weight is 30%-50% lighter than standard bearings of the same size, saving installation space and making it suitable for applications with limited space and weight sensitivity.
Low Friction and High Precision: Featuring a design with small-diameter steel balls or rollers, it reduces frictional resistance. The rotational accuracy can reach the micrometer level, making it suitable for high-speed scenarios (>10,000 rpm).
Composite Load Capacity: Adopting a thin-walled body combined with structures such as spherical raceways or crossed rollers, it can simultaneously bear radial, axial, and overturning moment loads.