Bearings Function and benefits Reduce friction between moving parts to enable smooth rotation Support radial and axial loads for stable, reliable operation Help extend the life of your machinery by minimizing wear and heat Improve efficiency by lowering energy losses and improving motion control Why you need them Restore performance in worn or noisy rotating assemblies Maintain precision and repeatability in automated systems Lower maintenance needs with durable, long lasting components Compatibility and options Designed to fit standard shafts and housings common in many machines Available in multiple bore sizes and outer diameters to suit different applications Sealed and shielded variants for dust, moisture, and contaminant protection Steel and stainless steel options for varied environments Size and material Range of bore diameters to match your shaft size Variety of outer diameters and widths to match mounting footprints Materials chosen for strength, durability, and corrosion resistance where required Precision tolerances available for applications demanding accuracy Performance attributes Low friction operation for smoother motion Good load carrying capacity for both radial and axial directions Stable dimensional performance across temperature and time Reliable, low maintenance performance in a range of conditions Use scenarios In a CNC machine tool spindle to maintain precise rotation and reduce vibration In robotics and conveyor systems to ensure smooth, consistent movement In household appliances such as washing machines and dryers to minimize noise and wear How to select Choose by bore size (shaft compatibility), outer diameter (mounting fit), and width Decide seal type (open, shielded, or sealed) based on contamination exposure Consider material class (standard steel or stainless) for environmental needs Match performance needs with load ratings and precision requirements