Air Bearings Principle of operation A thin film of pressurized air lifts and guides the moving surface, delivering near frictionless motion with stiffness and stability. Key benefits Very low friction and wear extend service life and reduce maintenance. positioning accuracy and repeatability with minimal backlash. Reduced vibration and heat from contact, improving stability during precision tasks. Clean, noncontact guidance suitable for sensitive environments. Easy integration with standard compressed air systems and precision stages. Compatibility and integration Designed to fit common mounting patterns used on precision linear stages and tooling setups. Compatible with typical control interfaces and motion systems found in precision manufacturing and inspection environments. Available in configurations to support various linear axes and multiaxis arrangements. Size, materials, and durability Offered in multiple sizes and load capacities to match a wide range of applications. Built with rigid housings and wearresistant bearing surfaces to withstand demanding use. Materials chosen for durability, corrosion resistance, and, where required, cleanroom compatibility. Performance characteristics Smooth, consistent motion under load with minimal drift. dynamic response suitable for rapid positioning, scanning, and rapidprogrammed moves. Low maintenance due to noncontact operation and reduced particulate generation. Use scenarios Precision machine tools: linear slides and stages for milling, grinding, or deburring that require repeatable, tight tolerances. Metrology and optics: alignment and inspection stages that demand stable, repeatable positioning for accurate measurements. Semiconductor and electronics equipment: wafer handling or optical component positioning where clean, frictionless guidance is critical.