Spectrometers
SM Series Full Range Photodiode Array InGaAs / Si
Laboratory Spectrometers
► Ideal for full range reflectance, transflectance, transmittance and
absorption measurements at 350-2500nm spectral range
SPECTRAL EVOLUTION Laboratory SM-series full range photodiode array
spectrometers feature superior signal-to-noise ratio and spectral resolution. For
best sensitivity in the NIR ranges, only SPECTRAL EVOLUTION spectrometers can
be used with direct attachment FOV lenses that couple directly to the optical path.
This is due to their superior diffraction-based optical platform with multiple
photodiode arrays (two InGaAs arrays for NIR in the SM-3500). Multiple detectors
are all measuring the same target sample due to their beam splitter optical path.
This ensures better data integrity in transition areas as the spectrum shifts
between detectors. Unlike competitive systems, SM-series spectrometers have no
internal fiber optics or movable gratings that can break, drift or fail during mission
critical experiments. All SPECTRAL EVOLUTION Spectrometers come with a full 12
month warranty against defects and breakage in use.
All SPECTRAL EVOLUTION SM-series spectrometers feature wireless bluetooth
interface for remote sensing applications.
SM-3500- Our best laboratory full range spectrometer
- 350-2500nm spectral range
- Includes one 512 element Si array and two 256 element extended-
range InGaAs arrays for maximum resolution & sensitivity
SM-2500
- 350-2500nm spectral range
- Includes one 512 element Si array and one 256 element extended
range InGaAs array for applications that don't require highest NIR
resolution but need NIR coverage out to 2500nm
SM-1900
- 350-1900nm spectral range
- Includes one 512 element Si array and one 256-element extended
range InGaAs array for applications that require high NIR resolution
only out to 1900nm
SM-1600 NEW!- special intro price of $15,995 (expires 12/31/11)
- 300-1700nm spectral range
- Includes one 512 element Si array and one 256-element extended
range InGaAs array for applications that require high NIR resolution
only out to 1700nm
LF Series Single InGaAs Array NIR Spectrometers
All Units Feature:
► Photodiode array optics– no moving gratings
► Fast Scanning
► USB and wireless Bluetooth interface for easy
remote sensing operation
► Stable, TE cooled array
► Fast F2 optical system matched to fiber
► On Board Scan Averaging
► Built-in autoshutter & autoexposure
for one-touch measurements
► SMA 905 Fiber Optic Input
► All units include DARWin SP Analysis Software
LF Series Si Single Array Spectrometers
All units feature state-of-the-art linear Silicon photodiode arrays, integral
dark shutters & automatic exposure control for fast, one-touch operation.
LF-500 Uv-Vis-Nir Spectrometer
320 - 1100 nm 512 Channel Si Array spectrometer
LF-780 Uv-Vis-Nir Spectrometer
380 - 780 nm 512 Channel Si Array spectrometer
90 Sutton Street ◊ Unit 4
North Andover MA 01845 USA
Tel: 978 687-1833 ◊ Fax: 978 945-0372
Email: info@spectralevolution.com
Copyright © 2011 Spectral Evolution, Inc
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All SM-series Spectrometers are supplied
with one screw mount FOV lens (4, 8 or 14
degree field of view). Detachable fiber optic
cables, right angle diffusers, integrating
spheres and additional screw mount FOV
lenses may also be ordered as optional
accessories. Contact us for more
information!
Transmittance of polystyrene (blue trace), polyester (red trace) and acetate films
(green trace) was measured using the SPECTRAL EVOLUTION SM-3500
Spectrometer equipped with a 4 degree FOV lens and external light source.
Typical Applications:
► Spectroscopy
► Water/Moisture Analysis
► Process Monitoring
► Petrochemicals
► Environmental
► Refining
► Food
► Polymers
Q: What's the difference between a spectrometer and a spectroradiometer? Which instrument should I buy?
A: SPECTRAL EVOLUTION Spectroradiometers are factory calibrated with NIST-traceable reference standards to
measure spectral radiance and irradiance . They can also be used as spectrometers to measure reflectance,
transflectance, absorbance and transmission. If you need to measure absolute energy levels of your target, then
we suggest purchasing a spectroradiometer. Click here to access our lab spectroradiometer page