1. Bearings Bearings are designed to minimize friction between rotating parts, supporting shafts and allowing smooth, reliable movement. This product line focuses on performance, durability, and compatibility with common mounting systems. Key benefits Reduce friction and wear to extend the life of rotating assemblies Improve efficiency and smoothness of operation across a range of speeds Provide reliable radial and, where applicable, axial load support Broad compatibility with standard shaft sizes and housings Consistent performance with low noise and tight tolerances Important attributes Function: supports rotating shafts, enables controlled motion, and reduces energy loss due to friction Compatibility: designed to fit standard mounting configurations and common bearing series Size: available in multiple inner and outer diameters and widths to suit various applications Material: typically hardened steel with precision races; variants may include additional materials or coatings for specific needs Performance: precision manufacturing for low runout, durability, and reliable longterm use 23 practical use scenarios Industrial machinery: used in motors, conveyors, gearboxes, and other equipment requiring dependable rotation and load support Robotics and automation: employed in joints and actuators to deliver smooth, repeatable movement with minimal resistance Automotive maintenance: suitable for wheel hubs, pulleys, or small rotating components that require consistent performance Installation and maintenance notes Select the correct size and mounting fit for your shaft and housing Apply appropriate lubrication and use seals or shields to protect against contaminants Ensure proper alignment during installation and follow standard torque specifications Inspect bearings regularly for wear, noise, or changes in performance, and as needed