
空氣套管
OAV 革新了无摩擦运动技术,提供卓越的性能、可靠性和效率,适用于需要极高精度的应用。
OAV 气动衬套旨在取代传统的机械轴承,采用先进的空气膜技术,消除接触摩擦,实现高速、平滑且精确的运动。OAV 气动衬套可用于基于现有轴设计的系统,适配标准或定制的精密轴,并提供公制和英制尺寸。
为什么选择 OAV 气动衬套?
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无摩擦运动 
 薄薄的压缩空气层在轴与衬套之间形成几乎无摩擦的界面,确保平滑且可重复的运动。
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高承载能力 
 尽管设计轻巧,OAV 气动衬套可以在保持极高刚性和稳定性的同时承载显著的负载。
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零磨损 
 非接触式操作最大限度地减少了维护需求,即使在严苛的条件下也能显著延长使用寿命。
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无与伦比的精度 
 非常适合高精度环境,OAV 气动衬套能够在关键应用中实现亚微米级的精确度和重复性。
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环保友好 
 运行时无需润滑剂或油,提供清洁、无污染的运动,同时减少对环境的影响。
产品特点
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提供各种尺寸和配置,满足您特定的应用需求。 
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设计用于无缝集成到现有系统中。 
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在极端速度下依然保持出色的稳定性。 
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专为航空航天、半导体、医疗设备、计量和精密自动化等行业设计的高性能产品。 
应用领域
OAV 气动衬套在以下领域表现卓越:
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精密自动化系统 
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航空航天和国防部件 
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半导体制造 
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计量和检测设备 
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医疗设备工程 
技术参数
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承载能力:设计用于在高负载下提供极高的刚性和稳定性。 
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精度:实现亚微米级的运动精度。 
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速度:能够在极端的旋转和线性速度下运行,而不会影响性能。 
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材料:采用轻质且高度耐用的航空级材料,确保长寿命和高效性能。 
Both Imperial (English) and Metric sizes are available
Product Brochure

6 mm Frictionless Air Bushing
Part # OAV006MB
6 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV006MB

8 mm Frictionless Air Bushing
Part # OAV008MB
8 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV008MB

10 mm Frictionless Air Bushing
Part # OAV010MB
10 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV010MB

13 mm Frictionless Air Bushing
Part # OAV013MB
13 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV013MB

20 mm Frictionless Air Bushing
Part # OAV020MB
20 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV020MB

25 mm Frictionless Air Bushing
Part # OAV025MB
25 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV025MB

40 mm Frictionless Air Bushing
Part # OAV040MB
40 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV040MB

50 mm Frictionless Air Bushing
Part # OAV050MB
50 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV050MB

75 mm Frictionless Air Bushing
Part # OAV075MB
75 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV075MB

90 mm Frictionless Air Bushing
Part # OAV090MB
90 mm ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV090MB

0.250 Inch Frictionless Air Bushing
Part # OAV0250IB
0.250 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV0250IB

0.312 Inch Frictionless Air Bushing
Part # OAV0312IB
0.312 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV0312IB

0.375 Inch Frictionless Air Bushing
Part # OAV0375IB
0.375 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV0375IB

0.500 Inch Frictionless Air Bushing
Part # OAV0500IB
0.500 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV0500IB

0.750 Inch Frictionless Air Bushing
Part # OAV0750IB
0.750 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV0750IB

1.000 Inch Frictionless Air Bushing
Part # OAV1000IB
1.000 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV1000IB

1.500 Inch Frictionless Air Bushing
Part # OAV1500IB
1.500 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV1500IB

2.000 Inch Frictionless Air Bushing
Part # OAV2000IB
2.000 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV2000IB

3.000 Inch Frictionless Air Bushing
Part # OAV3000IB
3.000 inch ID. Used in spindle and linear applications. Manufactured with aerospace quality material.
Part # OAV3000IB

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.