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Optical Table Isolation System
Jun 2011
Kinetic Systems Inc.Request Info
BOSTON, June 9, 2011 — Kinetic Systems Inc. has designed a versatile ultralow-natural-frequency optical table isolation support system.

Because of its Minus K negative-stiffness technology, the MK52 achieves low net vertical natural frequency without limiting its ability to support static loads. Horizontal isolation is provided by beam columns connected in series with the vertical-motion isolator. When adjusted to a ½-Hz natural frequency, the system achieves 93% isolation efficiency at 2 Hz, 99% at 5 Hz and 99.7% at 10 Hz.

It can be configured for a variety of locations and applications, wherever external vibrations can adversely affect the operation of sensitive equipment. Ultralow natural frequencies, high internal structural frequencies, and good vertical and horizontal isolation efficiencies make the system well suited to applications such as analytical balances, cell injection, confocal microscopes, patch clamping, optical microscopes, wafer probing, sensor calibration, and laser applications in semiconductor processing, telecommunications, aerospace engineering and medical research.

It also is suitable for applications requiring high resolution, such as Raman spectroscopy, atomic force microscopy (AFM), AFM-Raman integration and microhardness testing.

Available in table sizes up to 4 × 8 in., with gross load capacities up to 2000 lb, the tables are constructed with a 3/16-in.-thick ferromagnetic stainless steel top skin, a 3/16-in.-thick carbon steel bottom skin and a plated-steel precision honeycomb core.

Options include seismic restraints, retractable casters, auxiliary work surfaces and tabletop enclosures.


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Raman spectroscopy
That branch of spectroscopy concerned with Raman spectra and used to provide a means of studying pure rotational, pure vibrational and rotation-vibration energy changes in the ground level of molecules. Raman spectroscopy is dependent on the collision of incident light quanta with the molecule, inducing the molecule to undergo the change.  
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