OAV revolutionizing frictionless motion technology, providing superior performance, reliability, and efficiency for applications requiring exceptional precision. Designed to replace traditional mechanical bearings, OAV Air Bushings utilize advanced air film technology to eliminate contact friction, enabling high-speed, smooth, and accurate motion. OAV Air Bushings are designed to make air bearings available for use with pre-existing designs based on shafts. These components run on standard or custom precision shafts and are available in metric and imperial sizes.

Why Choose OAV Air Bushings?

• Frictionless Motion
  A thin layer of pressurized air creates a virtually frictionless interface between the shaft and the bushing, ensuring smooth and repeatable motion.

• High Load Capacity
  Despite their lightweight design, OAV Air Bushings can handle significant loads with unmatched stiffness and stability.

• Zero Wear and Tear
  Non-contact operation minimizes maintenance and significantly extends operational life, even under rigorous conditions.

• Unmatched Precision
  Ideal for high-precision environments, OAV Air Bushings achieve sub-micron accuracy and repeatability for critical applications.

• Environmentally Friendly
  Operates without lubricants or oils, providing clean, contamination-free motion while reducing environmental impact.

Product Features

• Available in various sizes and configurations to fit your specific application requirements.

• Designed for seamless integration into existing systems.

• Built to handle extreme speeds while maintaining stability.

• High-performance design for industries including aerospace, semiconductor, medical devices, metrology, and precision automation.

• Load Capacity: Engineered for high stiffness and stability under heavy loads.

• Precision: Sub-micron motion accuracy.

• Speeds: Capable of extreme rotational and linear speeds without performance loss.

• Materials: Built with lightweight, high-durability Aircraft Quality materials to ensure longevity and efficiency.