Pneumatic Vibration Isolators

Our S-2000A Series pneumatic vibration isolators are the top performance table supports Newport offers. Uniquely designed features such as hybrid chamber, laminar flow damping technology and adjustable height make S-2000A superior the best in isolation specifications and ease of use in the market. Individual pnuematic isolator table supports include the isolator, pnuematic tubing, a union tee, hose clip and support clamp.

•  - Top performance pneumatic isolators in the industry, vertical resonance as low as 1 Hz
•  - Hybrid chamber design maximizes isolation bandwidth and stability
•  - Highly accurate re-leveling improves repositioning after disturbance
•  - Patented self-centering design for unrestricted piston motion for the most smooth isolation
•  - Adjustable isolator height compensating for uneven floors for better isolation result
•  - Ergonomic designs include integrated bubble levels, seismic restraints and float height indication

Elastomeric Vibration Isolators

NewDampTM elastomer vibration isolators offer a great alternative to pneumatic, mechanical spring and other isolation mount technologies. It provides far higher damping than standard commercial elastomers and are cleanroom compatible. The high damping provides excellent structural stability and short settling time for high throughput machinery.

•  - Super high damping factor for supporting high throughput motion
•  - Constant natural frequency design delivers much better isolation
•  - Alternative to pneumatic or mechanical spring mounts
•  - Easy to integrate with breadboards or existing supporting structures
•  - Cleanroom compatible designs
•  - Custom design capabilities for specific machinery needs

Mechanical Vibration Isolators

Superior Mechanical Design

VIBe™ technology works in horizontal direction by utilizing ball bearings sandwiched between precision raceways, forming the plane of isolation. When the ball bearings displace and restore into their positions in raceways, they act like nonlinear springs that cut off the transmission of vibrations. The oscillating motion of the ball bearings have no "natural" frequency, therefore the resonance between the two halves of the isolation plane become physically impossible.

C O N T A C T