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Welcome to the
Edinburgh Instruments website.
Since it was founded in 1971 as the first private company
on Britain's earliest university research park, Edinburgh
Instruments has established an international reputation for
technical innovation and expertise.
Solving complex applications problems has been Edinburgh
Instruments forte for the past four decades. Throughout this
period we have amassed a wealth of expertise to apply to
unique customer requirements and developed practical,
successful and cost effective solutions.
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Analytical
Instruments
The Analytical Instruments division is
closely associated with the technique of Time Correlated
Single Photon Counting (TCSPC), where they are
recognised world leaders and innovators in the field of
fluorescence and phosphorescence lifetime and steady state measurements. Our
capabilities include spectrometers with pulsed
and cw Vacuum Ultra-Violet (VUV) and X-Ray excitation,
spectrometers with CCD Cameras and with microscopes.
Newly available are : a fluorescence
lifetime teaching kit based on the MiniTau spectrometer
and a steady state plate-reader accessory to our FLS920
range of spectrometers.
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Gas sensors
Edinburgh Sensors (a division of Edinburgh Instruments
Ltd) has over 15 years experience in developing and
manufacturing high quality reliable gas sensors based on
non-dispersive infrared technology. Thousands of sensors
are now in use throughout the world in a wide variety of
applications and environments.
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Lasers and Electro-optics
The
Laser Division, now into its fourth decade, is
synonymous with tuneable, infra-red gas lasers, covering
the wavelength range from 5.2 to 6 microns (CO Lasers),
9.1 to -10.9 microns (CO2 Lasers) and 40 to 1200 microns
(FIR (THz) Lasers). Having many hundreds of infrared and far
infrared lasers in the field, Edinburgh Instruments
understands the demands and requirements of its world
wide customer base and is committed to the future of
infra-red technology.
The
division has now launched a series of picosecond pulsed
diode lasers. These lasers, with excitation wavelengths
currently at 375nm, 405nm, 445nm, 470nm and 635 nm, are
a new excitation source for fluorescence lifetime
measurements that use time correlated single photon
counting as the measurement technique.
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Quantum
Division
Edinburgh Instruments distributes and supports, on
behalf of other manufacturers, various types of CO2
Lasers, DPSS lasers, Titanium Sapphire lasers,
measurement systems for femtosecond (fs) kinetic
spectroscopy, a wide range of diode lasers, laser diode
modules and diagnostic instruments. Terahertz products
and integrated systems are also available.
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News
