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The PARISS® Analytical Hyperspectral Imaging System
A Microscope Accessory for
Life Science,
Biological, Chemical, Physics
and Pharmaceutical Researchers
Basics |
Convert spectral signatures acquired over an unlimited field of view into a targeted map
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Analytical
Spectroscopic functions: |
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Fluorescence (natural and synthetic..) |
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Absorption in optical density(pathology, chemicals, fluorophores...) |
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%Reflection. (color, metal identification..) |
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Luminescence (electro-luminescence, bioluminescence...) |
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Emission (bright-field, OLED..) |
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Dark-field scatter (Nanoparticles, metals, textiles...) |
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Target and identify |
Nanoparticles: carbon, Ag, Au, Ti, Ce, diamond...
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Histological, Cytological, Physiological, Multi-fluorophore: bonding, binding, chemical/physical interactions..
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Industrial QC: color analysis, fibres, powders
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Physics and chemistry: ion-transport, plasma, pH..
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Key Functions |
Target identification |
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Wavelength calibration and validation |
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Spectral libraries |
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Spectral segmentation |
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Spectral mapping in fluorescence, transmission, reflection, absorption, bright-field, dark-field |
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Spectral histograms and thresholding Radiometric calibration to compensate for variations in camera sensitivity (QE), as a function of wavelength |
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Spectral Resolution |
1 nm at 436 nm |
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Wavelength Range |
365 to 920 nm simultaneously |
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Quantum Efficiency Correction:
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Radiometric with a NIST traceable lamp |
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Journal Covers |
Researchers using PARISS have made the front cover of journals four times Click to visit. |
Click here for the PARISS Interactive Presentation |
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Click here for Spectral Imaging Methods Compared |
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| Contact LightForm for more information, and published Hyperspectral Imaging papers | |||
How A Prism Can Outperform A Diffraction Grating |
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©
1990-2010 LightForm, Inc all rights reserved |
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The PARISS Hyperspectral Sitemap