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Air bearing bars

Precision Motion Using GraphAir™ Bearing Technology

OAV Air Bearing Bars deliver ultra-precise linear motion with zero friction, no wear, and exceptional stability.​

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Through the use of our GraphAir™ technology, these systems create a uniform air film that eliminates mechanical contact and minimizes vibration. Ideal for semiconductor manufacturing, metrology, and automation. Available in multiple sizes for long-travel, high-rigidity applications.

Key Benefits

  • High stiffness for long-travel precision motion

  • True non-contact operation (zero friction, zero wear)

  • Exceptional straightness and repeatability over extended distances

  • Uniform air film for stable, vibration-free motion

  • Cleanroom compatible with no lubrication required

  • Maintenance-free operation with long service life

frictionless air bearing bar oav air bearing

Common Applications

  • Long-travel precision positioning and scanning systems

  • Semiconductor manufacturing and inspection equipment

  • Optical alignment and metrology platforms

  • High-speed automation and linear transport systems

  • Precision assembly and motion control applications

  • Cleanroom and contamination-sensitive environments

Precision Air Bearing Bar
60 mm x 57 mm x 1250 mm Frictionless Air Bearing Bar

60 mm x 57 mm x 1250 mm Frictionless Air Bearing Bar

Part #OAVCB6060

60 mm x 57 mm x 1250 mm Frictionless porous graphite Air Bearing Bar

100 mm x 1000 mm Frictionless Flat Air Bearing

100 mm x 1000 mm Frictionless Flat Air Bearing

Part #OAVF100L1000

100 mm x 1000 mm Flat Rectangular porous graphite air bearing. High load capacity for linear applications. Manufactured with aerospace quality material.

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Assemblies

We provide designs that are integrated into your product and we can quickly develop a design based on the application or specific requirements. We provide detailed drawings and 3-D CAD models, can analysis complex issues associated with application from nanometer accuracy positioning to standard calculations.

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