W01-358-7725 Firestone Industrial Single Convoluted Air Spring 141mm Design Height For Electronic Equipment

W01-358-7725 Firestone Industrial Single Convoluted Air Spring 141mm Design Height For Electronic Equipment
 
Product Description

Product Name:  Air Spring

Brand: GUOMAT

Model No.: 1B7725

Warranty: 1 Year

Material: Good Quality Rubber Bellow+Steel Cover 

Working Temperature: -40℃ bis +70℃

Failure Testing: ≥3 millions

Manufacturer Part Number: Firestone Style 125B

Manufacturer Part Number: Firestone W013587725

Manufacturer Part Number: Firestone W01-358-7725

Manufacturer Part Number: Firestone W01 358 7725

Manufacturer Part Number: Firestone WO13587725

Manufacturer Part Number: Firestone WO1-358-7725

Manufacturer Part Number: Firestone WO1 358 7725

GUOMAT 1B7725 Air Bags Technical Data

Packing Information

Industrial Air Springs are Used in Electronic Equipment

Mainly focused on high-precision vibration reduction, micro-vibration control and precision equipment protection. These applications make full use of the adjustable stiffness, low-frequency vibration isolation characteristics and high-precision stability of air springs to ensure the reliable operation of electronic equipment in complex environments. The following are application scenarios:

1. Semiconductor manufacturing equipment

Photolithography machines, electron microscopes, wafer inspection equipment: air springs isolate ground vibrations (such as personnel walking, equipment operation, traffic micro-vibrations) to ensure nano-level processing accuracy.

Advantages: The natural frequency can be as low as 1~3 Hz, effectively isolating vibrations above 5 Hz (traditional springs are difficult to be lower than 5 Hz).

2. Precision measurement and testing instruments

Three-coordinate measuring machines, laser interferometers, atomic force microscopes: air springs eliminate the interference of environmental vibrations on measurement results and improve repeatability.

Case: Laboratory-level testing equipment is often equipped with active air spring systems (including sensors + feedback control) to dynamically offset vibrations.

3. Medical electronic equipment

CT/MRI scanners, electron microscopes: Isolate the vibrations of motor rotation and mechanical movement to avoid blurred imaging.

Key parameters: Vibration isolation efficiency must be above 90%, and air springs can achieve precise stiffness matching by adjusting air pressure.

4. Data centers and servers

High-performance computing clusters, hard disk arrays: Prevent external vibration from causing damage to disk read/write heads and increase equipment life.

Design highlights: Compact air spring modules are used, integrated in the rack base, and can bear up to 500 kg/unit.

5. Optical electronic equipment

Optical communication equipment, laser processing machines: Maintain stable alignment of optical components (lenses, reflectors) to avoid micron-level displacement.

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