The PARISS® Hyperspectral Imaging System:
A Microscope Accessory for Biological,
Chemical, Physics and Pharmaceutical Researchers

The PARISS Prism Based Hyperspectral Imaging System Provides
Analytical Spectral Characterization From 365 to 920 nm
Simultaneously With No Second Order Overlap

Basics		Convert spectral signatures acquired over an unlimited field of view into a targeted map
Analytical Hyperspectral Imaging functions:
		Fluorescence (natural and synthetic..)
		Absorption in optical density(pathology, chemicals, fluorophores...)
		%Reflection. (color, metal identification..)
		Luminescence (electro-luminescence, bioluminescence...)
		Emission (bright-field, OLED..)
		Dark-field scatter (Nanoparticles, metals, textiles...)

Target and identify Complex objects, or conditions		Nanoparticles: carbon, Ag, Au, Ti, Ce, diamond...
		Histological, Cytological, Physiological, Multi-fluorophore: bonding, binding, chemical/physical interactions..
		Industrial QC: color analysis, fibres, powders
		Physics and chemistry: ion-transport, plasma, pH..

Key Hyperspectral Imaging Capabilities		Target identification
		Wavelength calibration and validation
		Spectral libraries
		Spectral segmentation
		Spectral mapping in fluorescence, transmission, reflection, absorption, bright-field, dark-field
		Spectral histograms and thresholding Radiometric calibration to compensate for variations in camera sensitivity (QE), as a function of wavelength
Spectral Resolution		1 nm at 436 nm
Wavelength Range		365 to 920 nm simultaneously
Quantum Efficiency Correction:		Radiometric with a NIST traceable lamp
Journal Covers		Researchers using PARISS have made the front cover of journals four times Click to visit.

Click Here For The Interactive : PARISS Hyperspectral Imaging Presentation

Click Here For: A Comparison of Hyperspectral Imaging Methods

Contact LightForm for more information, and published Hyperspectral Imaging papers
Nanoparticle Analysis	Field Scanning Micro-Spectrometer	microscope spectrometers	Prism Imaging Spectrometer

Compare the performance of Prisms with Diffraction Gratings


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