Bearings What it does Reduces friction between moving parts to enable smooth rotation or linear motion. Supports radial and/or axial loads to maintain alignment and prolong equipment life. Minimizes heat and wear for more reliable, consistent performance. Key benefits Improved efficiency: Lower friction reduces energy loss and operating temperature. Longer component life: Even load distribution and reduced wear protect shafts and housings. Predictable performance: Consistent rotational accuracy and reduced vibration for better output quality. Easy replacement and maintenance: Standard designs allow straightforward inspection and service. Important attributes Function: Designed to carry radial and/or axial loads while allowing controlled motion. Compatibility: Fits standard shaft and housing dimensions; compatible with common sealing and lubrication systems. Size: Available in a wide range of bore and outer diameters to suit lightduty to heavyduty applications (select appropriate size for load and speed). Material: Common options include bearinggrade steels and stainless steels; ceramic elements are used where corrosion resistance or higher speed is required. Performance: Rated for specific load capacities and maximum speeds; proper lubrication and mounting ensure rated life and reliability. How to choose Match the bearing type and size to the shaft diameter and housing fit. Consider load direction and magnitude (radial vs axial) to select singlerow, doublerow, or thrust bearings. Check speed and temperature requirements to determine material and lubrication needs. Verify sealing and contamination protection for harsh or dirty environments. Typical applications Industrial motors and gearboxes: Provides smooth rotation and supports shaft loads for reliable operation. Conveyor and material handling rollers: Reduces friction and wear for continuous, heavyuse systems. Precision equipment (CNC spindles, robotics): Delivers controlled rotation and low vibration for accurate motion. Practical usage tips Install bearings with correct interference fits and alignment to avoid premature failure. Use specified lubricants and follow recommended relubrication intervals. Inspect regularly for noise, temperature rise, or vibration increases that indicate wear or misalignment. Reliable choice for motion systems Bearings are fundamental components that reduce friction, support loads, and improve equipment uptime. Select the correct type, size, and material for your application and follow proper installation and maintenance practices to maximize performance.