Flange Linear Bearings Key benefits Smooth, lowfriction linear guidance: designed to provide consistent linear motion for shafts and rails. Durable construction: main body and rolling elements use carbon bearing steel for hardness and wear resistance. Improved load distribution and rigidity: multiple columns of rolling bodies spread load across the bearing, reducing deflection and increasing service life. Easy flange mounting: flange design simplifies installation and alignment in fixed mounting applications. What it does Provides guided linear movement while minimizing friction and play. Supports radial and moment loads through multiple rolling body columns. Uses Carbon Bearing Steel balls to maintain consistent rolling contact and longterm dimensional stability. Important attributes Product type: Flange Linear Bearings Material: carbon bearing steel (bearing body) Balls: Carbon Bearing Steel Number of rolling body columns: multiple columns Function: linear guidance, load support, reduced friction Mounting: flangestyle for fixedposition installation Compatibility and sizing Flange design fits applications that accept flangemounted linear bearings. Confirm shaft diameter and flange hole pattern for proper fit before ordering. Suited to assemblies that use hardened linear shafts or rails; verify shaft hardness and tolerance to ensure bearing life. Performance and maintenance carbon bearing steel construction offers wear resistance and good fatigue life under rolling contact. Multiple rolling columns increase load capacity and improve stability under side loads and moments. Routine lubrication and cleanliness extend service life; inspect balls and raceways periodically for wear or contamination. Typical applications CNC and milling machine linear axes where repeatable, lowfriction motion is required. Automated assembly equipment and pickandplace systems requiring precise linear guidance and load handling. Conveyor guides, sliding fixtures, and industrial automation rails where flange mounting simplifies integration. Note: Verify dimensional requirements (shaft diameter, flange dimensions, bolt pattern) for compatibility with your specific application prior to .