Thermo Scientific™

Nicolet™ Continuum™ Infrared Microscope

 Related applications: Spectroscopy Elemental Isotope Analysis

Produce reliable spatially-resolved chemical information from all types of samples with the Thermo Scientific™ Nicolet™ Continuμm ™ Infrared Microscope; it combines high-performance infrared sampling and excellent visible-light microscopy in one unit. Created specifically for today’s multi-purpose labs, our infrared microscope sets the standard for FT-IR microspectroscopy — from electronics failure analysis, to crime scene investigations and museum research.

The Nicolet Continuμm™ Infrared Microscope provides fully automated operation, making it easy and efficient to use while also offering visual observation of microscopic samples and chemical characterization of most organic and inorganic compounds. 

 

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Description

The Nicolet Continuμm Infrared Microscope Features:

Unparalleled Infrared Performance

  • Unique compensating IR optics ensure perfect matching of IR/visible beams
  • Automated dual reflex aperture provides diffraction-limited spectra
  • Sampling flexibility with transmission, reflectance and micro-ATR
  • Chemical image acquisition and analysis with available Atlμs™ Software
  • TruView Optics combined with the spectral collection preview mode allows for:
    • Simultaneous spectrum acquisition and viewing of the sample
    • Rapid sample screening with real-time spectral display
    • Error-free operation

High-Performance Optical Microscopy
Optical design provides sharp sample images essential for revealing fine structure in both visible and infrared microscopy analysis.

  • Infinity-corrected optics
  • Choice of visible compound objectives
  • Visual enhancement tools for any kind of sample, including fluorescence and polarized light
  • Video capture with color digital CCD camera for software integration and documentation

Includes:
Set of tools designed for manipulation of fibers, particles and other objects

Recommended for the characterization of micro samples in:

  • Failure analysis
  • Product consistency verification
  • Reverse engineering
  • Research and development
  • Measurement of bulk, surface and composite structures in material science applications, including:
    • Forensic analysis
    • Surface analysis
    • Art conservation
    • Mineralogy
    • Biochemistry
    • Homeland security


Documents

Manuals & protocols