Vacuum Chamber Vibration Isolation
Minus K vibration isolation systems can be made vacuum compatible
so they can be used right inside vacuum chambers. In addition
to their superior vibration isolation performance, this offers
other advantages of much lower payload weights, more compact
systems, and eliminates problems associated with vacuum chamber
feed-throughs.
Our vibration isolation systems have also been used to support
entire vacuum chambers. This offers the advantages of more
standard designs and lower costs in some cases.
Modifications for to the isolators based on your
application requirements could include: We'll need to provide custom pricing for vacuum applications (the price is typically 3 times the standard units) |
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Minus K Vacuum Modified BM-1 |
Vibration Isolation Inside Vacuum Chambers
Five Minus K CM-1CV vacuum-compatible isolators supporting the Zerodur optics within the high-resolution spectrometer of the Keck Planet FinderTelescope |
The Keck Planet Finder Telescope high-resolution spectrometer rendering |
Three vacuum-compatible Minus K 500CM-1CV Vacuum isolators within the invar optical table for the Roman Space Telescope optical testbed |
Roman Space Telescope optical testbed vacuum chamber rendering |
Four vacuum-compatible Minus K 800CM-1CV Vacuum to support the ATLAS instrument for the thermal vacuum testing of IceSAT 2 |
IceSAT 2 thermal vacuum testing vacuum chamber rendering |
Three 1350 lb capacity Vacuum Minus K SM-1s for the SCDU in JPL's testbed configuration. |
SCDU
testbed rendering |
Vibration Isolation Outside Vacuum Chambers (Above or Below)
Six Minus K custom 10,000 lb. to support the ground testing process of the James Webb Space Telescope (JWST) |
JWST ground testing within the Johnson Space Center Vacuum Chamber A rendering |
Four Minus K SM-1 0.5 Hz Vibration Isolators for Brutus Vacuum Chamber to support the Brutus Vacuum Chamber for the Spitzer Space Telescope |
Spitzer Space Telescope CTA testing - Brutuss vacuum chamber rendering |