600X700mm Active Vibration Isolation Platform
OSDVIA-T67
The OSDVIA-T series is a high-performance active vibration isolation system. Its auto-leveling/locking systems and LCD display make it very user friendly.
When used in conjunction with the Acoustic Enclosure, the OSDVIA-T series reduces environmental noise and vibration for highly sensitive experiments.
When used in conjunction with the Acoustic Enclosure, the OSDVIA-T series reduces environmental noise and vibration for highly sensitive experiments.
■Features
◦Easy to Installation & Operation :
▷Auto Locking & Leveling Systems
▷LCD Display
◦Robust Control by High-Performance Digital Controller
◦Excellent Isolation Performance for the Micro-Vibration in the range of low-frequency
◦No compressed air supply required
◦Option : Acoustic Enclosures
■Applications
◦Atomic Force Microscopes
◦Scanning Probe Microscopes
◦Interferometers
◦Other Ultra-Precision Measurement Systems
◦Easy to Installation & Operation :
▷Auto Locking & Leveling Systems
▷LCD Display
◦Robust Control by High-Performance Digital Controller
◦Excellent Isolation Performance for the Micro-Vibration in the range of low-frequency
◦No compressed air supply required
◦Option : Acoustic Enclosures
■Applications
◦Atomic Force Microscopes
◦Scanning Probe Microscopes
◦Interferometers
◦Other Ultra-Precision Measurement Systems
Name | 600X700mm Active Vibration Isolation Platform |
---|---|
Weight | 47.0000kgs |
Guide | - |
Attention | - |
Image Label | Active Vibration Isolation Systems |
H | 95mm |
W x D | 600×700mm |
Dimensions | (W)600 × (D)700 × (H)93mm |
Max. Load Capacity | 10 – 100kg |
In stock
SKU
OSDVIA-T67
$16,162.00
The OSDVIA-T series is a high-performance active vibration isolation system. Its auto-leveling/locking systems and LCD display make it very user friendly.
When used in conjunction with the Acoustic Enclosure, the OSDVIA-T series reduces environmental noise and vibration for highly sensitive experiments.
When used in conjunction with the Acoustic Enclosure, the OSDVIA-T series reduces environmental noise and vibration for highly sensitive experiments.