Anti-Vibration Platforms
Kinetic Systems High Performance 9100 Series Anti Vibration Table
The 9100 Series Vibration Isolation Workstation sets the industry standard for the vast majority of vibration control applications and the platform of choice for our specialized imaging systems. Designed to isolate sensitive instruments and experiments weighing up to 1300 lbs., the 9100 Series is an efficient, aesthetically and ergonomically styled piece of working furniture. It provides a comfortable work environment that can be customized to its specific use by adding a variety of worksurfaces and accessories. Supported by a VibraDamped steel frame with an Active-Air suspension, the worksurface will maintain a preset zero deflection level regardless of load addition or removal.
- Horizontal vibration isolation
- VibraDamped steel frame
- High performance Active-Air Suspension
- Maintains a preset zero deflection level (regardless of load addition or removal)
- Choice of 12 standard tabletops - custom tabletops also available
- Choose from 12 standard sizes - custom sizes also available
- Ergonomic styling
- Class 100 Cleanroom Compatible — Class 10 available
- Tabletop uplimit travel restraints
- Precise, repeatable leveling accuracy to 0.001"with high accuracy valve
Performance Data
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Minimum Load at 20 psi |
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Maximum Load at 80 psi |
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Vertical Natural Frequency |
1.9 Hz |
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Vertical Natural Frequency |
1.5 Hz |
Isolation Efficiency @ 5Hz |
70% |
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Isolation Efficiency @ 5Hz |
85% |
Isolation Efficiency @ 10Hz |
90% |
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Isolation Efficiency @ 10Hz |
97% |
Horizontal Natural Frequency |
2.2 Hz |
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Horizontal Natural Frequency |
1.2Hz |
Isolation Efficiency @ 5Hz |
64% |
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Isolation Efficiency @ 5Hz |
91% |
Isolation Efficiency @ 10Hz |
90% |
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Isolation Efficiency @ 10Hz |
97% |
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Gross Load Capacity at 80psi |
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9101 |
800 lbs |
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9102 |
1300 Lbs |
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Typical Applications include:
MultiPoint Scanning Confocal Systems
Super Resolution Imaging Systems
TIRF Imaging Systems
Analytical Balances
Cell Injection,Patch Clamping
Optical Microscopes
Wafer Probing
Mask Aligning
Atomic Force Microscopes