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Nexus
FT-IR Spectrometer
The Nexus is Thermo Nicolet's
research-grade, fully upgradeable FT-IR spectrometer. The Nexus is
the highest-performance spectrometer with superior design, ease
of use and total flexibility.
The Nexus takes full advantage of Thermo
Nicolet's unique Smart System technology that features automatic
purge, optical component recognition and much more,
providing unsurpassed accessibility to research level results! Every
Nexus system links all aspects of the system together so that
experiments are optimized. A Nexus spectrometer automatically
configures sampling parameters, beam path, spectral range and
experiment types. Snap a Smart Accessory into your Nexus and you
will find uncompromising sampling performance. Thermo Nicolet Smart
Accessories provide the highest optical throughput, reliability and
sampling flexibility. OMNIC software provides the interface that
makes the Nexus smart system work. Our wide range of add-on
experiments, coupled with expanded spectral range, give
spectroscopists options available with no other instrument.
All Nexus spectrometers can be configured
for multiple spectral ranges. Changing spectral range is as easy as removing an optical
component and placing the new one into its precision, pinned
position. Nexus automatically updates ranges, sensitivity and
parameters. Thermo Nicolet is the only FT-IR manufacturer with the
proven ability to upgrade from a basic system to a fully advanced
research system. The universal optics and electronics platforms make
Nexus spectrometers flexible in every sense of the word. Nexus
components, including optics, are pinned-in-place, which ensures
they are always in alignment as well as guaranteeing
reproducibility, stability and the ability to swap and replace
components.
The Nexus spectrometer has the most
efficient optical path of any infrared spectrometer, providing
excellent quality spectral data. Nexus systems utilize continuous dynamic
alignment to ensure exceptional high-resolution lineshapes, and
provide superior long-term and short-term stability.
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