The PARISS® Spectral Microscope

• Basics: The PARISS spectral microscope is primarily used to characterize the spectral characteristics of weakly emitting objects in a heterogeneous field of view.
  
  This means that an effective instrument must deliver almost all wavelengths that the object emits to the detector.

• Light throughput: To work with weak spectral signals the PARISS spectral microscope transmits up to 90% of all wavelength from 365 to 920 nm to the detector

• Samples: The PARISS spectral microscope system is designed to handle complex heterogeneous samples such as nanoparticles, histological, cytological, industrial, physics and chemistry samples.

• Journal Covers: Researchers using the PARISS spectral microscope have made the front cover of journals four times Click to visit.

• Key functions: Nanoparticles in dark-field scatter, spectral segmentation and spectral mapping in fluorescence, transmission, absorption, reflection and bright-field.

• Multiple fluorophores: Identify any or all of up to 15 spectrally overlapping fluorophores, simultaneously, anywhere in a sample field of view

• Resolution: 1 nm; Spectral range: 365 to 920 nm simultaneously
  Quantum Efficiency Correction: Radiometric after correction with a NIST traceable lamp

• Fluorescence, Luminescence
• % Reflection
• % Transmission
• Absorbance (Optical Density)
• Color Coordinates (CIE)
• Build Spectral libraries Spectral range: 365 - 920 nm simultaneously

• Fluorescence, Luminescence
• Bright-Field transmission
• Dark-Field transmission
• Radiometrically calibrated

Hyperspectral imaging applications:
Histopathology, Cytology, Nanoparticle imaging, physics, Forensic analysis