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TMC has received a final
judgment entirely in its favor against Integrated Dynamics Engineering,
Inc. ("IDE") regarding the ongoing patent infringement dispute over
TMC's STACIS® technology patent.
On March 29, 2004, Judge Douglas P.Woodlock
of the United States District Court for the District of Massachusetts
issued his Final Judgment stating that TMC is the lawful owner
of United States Patent No. 5,660,255 (dealing with the technology
incorporated in TMC's STACIS® active vibration control product)
(the "Patent"), that the Patent is valid and enforceable, and that
IDE has infringed the Patent by offering an infringing product
for sale. The court further found in favor of TMC on all of IDE's
counterclaims.
The final judgment orders that IDE, and all of
IDE's affiliates, successors in interest, assigns, owners, partners,
shareholders, agents, employees and all persons in active concert
or participation with them, |
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be and are permanently
enjoined from infringing the Patent by making, selling or offering
for sale IDE's PTC piezoelectric digital control vibration isolator
or PTCA advanced piezoelectric digital control vibration isolator
products or any other product which infringes or would infringe
the patent, by promoting or generating commercial interest in any
such IDE products,by representing that IDE has in any way any license
to use any technology claimed in the TMC Patent, and by representing
in any way that IDE has any legal right to make, import, use, sell,
or offer for sale any product which infringes or would infringe
any of the claims of the TMC Patent |

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It's impractical to buy multiple products and do
side-by-side controlled testing. Tables are large and heavy and
your resources probably won't allow you this luxury.
However, we have a category of customers that
can't afford not to do such a thorough evaluation. And you can
benefit from their experience. Of particular concern to these makers
of ultra-precision instruments, which include AFMs, interferometers,
electron microscopes, and NMR spectrometers, is the vibration isolation
achieved by the table. The overall performance specifications of
their tool (resolution) are directly impacted by the vibration
isolation system incorporated into their instrument.
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Routinely, leading manufacturers of precision instruments
perform detailed comparisons of the tables. In addition to evaluationg
quality, price, delivery time, service and ther factors, special
emphasis is typically placed upon the tables vibration isolation
performance.
Not only does TMC consistantly provide the best
overall value based on these factors, but we do so while providing
dramatically better vibration isolation performance.
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In cooperation with Linos Photonics GmbH, TMC's
distributor in Germany, Austria and the U.K., TMC manufactured
and facilitated the turnkey installation of 24 large CleanTop™ II
Optical Tops and 32 Breadboards for the Institute of Laser Physics'
new laboratories at the University of Hamburg. Each table system
features TMC's patented CleanTop™ II Steel Honeycomb Optical
Top and self-leveling Gimbal Piston™ Air Isolators, which
provide the excellent vertical and horizontal vibration attenuation
necessary for the Institute's vibration sensitive applications.
The Institute of Laser Physics, founded in 1991,
is a center of basic and applied research and advanced teaching.
Research includes a focus on the interaction between light and
matter, the development of novel coherent light sources, and corresponding
detection and preparation techniques |
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Automation
Engineering Incorporated designed and produced this high-end alignment
and laser welding station for complex optoelectronics. The station
uses TMC's 63-500 Series vibration isolation system, which incorporates
Gimbal PistonT air vibration isolators to filter both vertical
and horizontal floor vibration. The vibration isolation system
also includes a CleanTop™II Steel Honeycomb Optical Top
to provide an extremely stiff, damped structure with a flat, stainless
steel working surface and an array of drilled and tapped mounting
holes. This table is the foundation for AEI's station, a combination
of precision motion stages, machine vision, flexible and re-configurable
control software, and interchangeable tooling to reliably and
repeatably align and weld multiple photonic components.
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