Spectrometers, Spectrographs & Spectroscopy Cameras

Brands	Description	Applications
Acton Series Spectrometers and Spectrographs	The Acton series of imaging spectrographs and spectrometers has been the proven choice for researchers for over 15 years. A superior optical design, outstanding repeatability and rugged platform give the researcher the flexibility to accommodate a wide variety of applications.	Raman Fluorescence Luminescence Near IR Absorbance Transmittance & Reflection Laser Induced Breakdown spectroscopy
Acton LS Series Tunable NIR Spectrometer	The Acton LS 785 spectometer provides a significant advantage in acquisition time and spatial integrity in demanding Raman imaging applications. A very compact footprint and 5cm-1 resolution make it well suited for transportable applications such as medical and process diagnostics.	Raman NIR spectroscopy
TriVista Series Triple Spectrometers	Designed to solve critical spectroscopy applications requiring high-resolution and stray light reduction, The TriVista system provides researchers with the most flexible and high performance system on the market today. Can operate in either additive mode for high resolution experiments or in subtractive mode for extreme stray light rejection..	Raman Fluorescence Luminescence
Spectroscopy / Spectrometer Accessories	Browse the numerous accessories and gratings available for Acton Series, TriVista and MonoVista spectrometers including light sources, fiber optics bundles, light input, among others.	All
Acton VM Series Vacuum Spectrometers	The standard in vacuum UV spectrometers. The VM 502 200mm employs a single element concave holographic grating and can be used either single element or CCD detectors. The 390mm VM 504 features a plane 3- grating turret and dual exit ports, making it the most versatile VUV spectrometer available.	X-Ray spectroscopy

Brands	Camera Descriptions	Applications
ProEM_1600	ProEM:1600, the most advanced spectroscopy EMCCD camera on the market to date utilizes proprietary Princeton Instruments eXcelon™ technology, which greatly reduces the interference fringes (i.e., etaloning effect) that have made back-thinned EMCCDs unusable in the NIR until now. eXcelon also increases the sensitivity of the detector in the UV, blue, and NIR spectral regions.	Scanning Confocal Spectroscopy Hyperspectral Imaging Single Molecule Spectroscopy
PIXIS	Now eXcelon-enabled: The PIXIS thermoelectric cooled CCD camera platform for spectroscopy is the workhorse detector for research labs all over the World. With the industry renowned exclusive 1340 x 100 and 1340 x 400 sensor formats, a metal sealed CCD chamber for permanent vacuum guarantee and extensive variety of CCD architectures, PIXIS stands alone for high sensitivity and reliability.	Raman Laser Induced Breakdown spectroscopy (LIBS) Luminescence and Fluorescence Near IR Absorption, Reflection and Transmission
PyLoN	NEW! PyLoN next-generation, liquid nitrogen-cooled, controllerless camera for spectroscopy applications. PyLoN is designed for quantitative applications that demand the highest possible sensitivity. PyLoN is supported by powerful LightField 64-bit acquisition sofware and some models include eXcelon technology to increase QE, reduce etaloning and lower dark current.	Raman Luminescence and Fluorescence Near IR Absorption, Reflection and Transmission
SPEC-10	Now eXcelon-enabled: The Spec 10 Liquid nitrogen (-120C) cooled CCD platform for spectroscopy gives researchers requiring very long exposures the confidence that they will capture every photon. Front and back illuminated CCD’s are available and are optimized from the UV to the NIR.	Raman Luminescence and Fluorescence Near IR Absorption, Reflection and Transmission
eXcelon technology	New, breakthrough CCD and EMCCD technology increases QE, reduces etaloning and lowers dark current of select Princeton Instruments cameras including: PIXIS, ProEM and Spec-10.	NIR Raman Fluorescence Luminescence
PI-MAX_3	Renowned ICCD cameras for time resolved imaging. Gen II, Gen III and Gen III filmless intensifiers. NEW: PI-MAX3 –a faster, smarter ICCD camera lineup	Laser Induced Breakdown spectroscopy (LIBS) Absorption, Reflection and Transmission
OMA V	For IR applications requiring the highest signal to noise, the OMA V LN cooled linear InGaAs array platform is the ticket. A variety of sensor formats from 512 x 1 and 1024 x 1 arrays allow researchers to accommodate experiments working between 900nm to 2.2 microns.	Luminescence and Fluorescence Near IR Absorption, Reflection and Transmission

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