Thin-Section Bearing Model KA020XP0 Has Successfully Been Matched With A Micrometer-Level Rotation Stage.

Recently, our KA020XPO thin-section ball bearing series passed testing by a renowned optical-mechanical technology company and has been successfully integrated into micrometer-level displacement rotation stages, providing strong support for precise motion control in optical equipment.

Micrometer displacement rotation stages are high-precision positioning devices widely used in indexing, positioning, scanning, and measurement fields. They place extremely high demands on bearing, precision, stability, and reliability. With its professional technical strength and strict quality standards, Luoyang BOBI Precision Bearings Co., Ltd. has produced the KA020XP0 model bearing, meeting the requirements of micrometer displacement rotation stages for low-speed, high-precision, and high-reliability applications.

The KA020XP0 bearing features a four-point contact ball design, offering excellent load capacity and rotational accuracy. Its technical specifications show that the bearing has an inner diameter of 2 inches (50.8mm), an outer diameter of 2.5 inches (63.5mm), and a height of only 0.25 inches (6.35mm). It achieves a lightweight design while ensuring high rigidity.

Micrometer displacement rotation stages serve as core components in optical-mechanical systems, directly influencing the accuracy and stability of the entire system. The successful cooperation between Luoyang BOBI Precision Bearing Co., Ltd. and the optical-mechanical technology company demonstrates the former’s strong capabilities in high-precision bearing manufacturing. It provides significant support for technological advancements in the optical-mechanical industry.

Industry experts indicate that with the continuous development of science and technology, the demand for high-precision and high-stability bearings will continue to grow. Luoyang BOBI Precision Bearing Co., Ltd. will continue to provide quality bearing products for more high-precision mechanical systems through continuous innovation and research and development, promoting the continuous progress of related industries.