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Axsun,
Inc., Citing Increased Demand for MEMS-based Spectrometer, Expands
into Europe
Billerica, MA – (August 14, 2006) - Axsun Technologies, Inc.,
a leading manufacturer of MEMS-based micro-optoelectronic spectrometers
and optical channel monitors, announced today an expansion into Europe
with the establishment of a direct office in the UK.
“
We’ve had a strong base of European customers in the telecom
market for years”, said Greg Smolka, Vice President of Sales & Marketing
at Axsun, Inc., “and with the release of our Near-Infrared
(NIR) and Raman micro-spectrometers we’re seeing overwhelming
interest from process spectroscopy customers in pharmaceutical
and petrochemical applications for laboratory-grade performance
in a
compact, rugged micro-package. With the establishment of this direct
office, we are looking forward to providing local support to our
customers across the continent.”
Dr. Andrew Grady, formerly of Advion Biosciences, Ltd., and Mettler-Toledo
Autochem, will head up Axsun’s European office, and will focus
on spectroscopy applications, particularly in pharmaceutical, petrochemical
and material identification applications. “Clearly spectroscopic
applications are moving more and more to small, portable, field-deployable
solutions”, said Dr. Grady, “Axsun’s technology
certainly meets this need, and their product maturity is far beyond
others in this area. I’m excited to join this team and begin
supporting our European customers.”
Dr. Grady can be reached at
Phone: +44 (0) 7894 913 061
e-mail: agrady@axsun.com
© Axsun Technologies
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About Axsun Technologies
Axsun Technologies, Inc., established in 1998, develops and manufactures
MEMS-based micro-optical spectrometers and optical channel monitors
for pharmaceutical, chemical and petrochemical, homeland security
and telecom network applications. Through its expertise in micro-optics,
packaging and precision engineering, Axsun has pioneered an entirely
new class of high-performance, miniaturized spectroscopic instruments
and devices enabling a dramatic shift from lab based measurements
to on-line and at-line measurements, without compromising performance.
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