Semiconductor wafer cutting equipment: Semiconductor wafer cutting equipment is used to cut wafers into smaller chips. Ceramic bearings play an important role in these cutting equipment, providing accurate position control, stable rotation, and low friction, helping to ensure the accuracy of the cutting process and high-quality chip cutting.
Semiconductor packaging equipment: Semiconductor packaging equipment is used to package chips into packaging bodies. Ceramic bearings are widely used in rotating platforms and transmission systems in these devices, ensuring accurate positioning, smooth rotational motion, and highly stable packaging processes.
Semiconductor testing equipment: Semiconductor testing equipment is used to test the functionality and quality of chips. Ceramic bearings are used in these devices to provide accurate position control and smooth movement, ensuring accurate positioning of test probes or optical components, in order to achieve high reliability and precision chip testing.
Semiconductor cleaning equipment: In the semiconductor manufacturing process, chips need to undergo a cleaning process to remove pollutants. Ceramic bearings are used in cleaning equipment to support and transport systems, providing high stability, low friction, and corrosion resistance to meet strict cleaning processes.
Semiconductor assembly equipment: Semiconductor assembly equipment is used to assemble various components into products. Ceramic bearings are widely used in these devices to provide accurate positioning and stable assembly motion, ensuring the accuracy and assembly of components.
The application of ceramic bearings in the semiconductor manufacturing industry aims to provide high-precision, stable, and reliable motion control to ensure the accuracy of the manufacturing process and high-quality semiconductor products.
