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The PARISS® Imaging Microspectrometer is a
Microscope Accessory that Classifies, Correlates, and Compares Spectra from 365 to 920 nm Simultaneously,

Capture up to 720 Independent Objects
Per Second - Continuously

 

  • Once classified, target objects are color-coded to create a spectral topographical image complete with a "fingerprint" spectral histogram

  • The Micro-Spectrometer slips onto most upright, inverted, and stereo microscopes

  
 

In order to solve imaging and light throughput problems associated with diffraction gratings the PARISS imaging spectrometer uses a "curved" prism and a focussing mirror to provide point-to-point imaging.

The curved prism reduces, or eliminates, aberrations that can degrade spatial and spectral resolution. Compare the properties of prisms with diffraction gratings here

The PARISS Prism microspectrometer  
To discover how the PARISS Imaging Microspectrometer works "click to play" the interactive presentation
  
  • % Reflection
  • % Transmission
  • Absorbance (Optical Density)
  • Color Coordinates (CIE)
  • Fluorescence, Luminescence
  • Spectral libraries for comparison and and contrast
  • Spectral range: 365 - 920 nm simultaneously
  • Bright-Field transmission
  • Bright-Field reflection
  • Dark-Field transmission
  • Dark-Field reflection
  • Radiometrically calibrated and corrected
  • Sub-nanometer wavelength accuracy
 Microspectrometer
Contact LightForm for published papers from researchers using the
PARISS Microspectrometer

Prism Versus Diffraction Grating

 
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