Apollo M Raman Microspectrometer

Specifications

Excitation Wavelength: Around 532 nm, Narrowband VIS, Around 638 nm
Multi-Wavelength Capability: No
Spectral Range: 150 – 2000 cm^-1
Detector: CCD
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Features


  • High Performance Raman Microspectroscopy: The Apollo M™ is designed for cutting-edge research, offering robust, reliable, and powerful performance.

  • Ease of Use: Fast and easy acquisition of Raman microspectra™ allows users to focus on sample measurements rather than instrument operation.

  • Modular and Flexible Design: Easily installable on an upright microscope for confocal Raman microspectroscopy, providing experimental flexibility.

  • Advanced Research Capabilities: Offers solid-state spectrometers for speed and sensitivity, and scanning spectrometers for advanced research.

  • Comprehensive Analysis: Supports kinetic Raman and photoluminescence microspectroscopy, imaging, and mapping of Raman spectra with high spatial resolution.

  • Integration with CRAIC Microspectrometers: Combine with other CRAIC systems for UV-visible-NIR microspectroscopy, film thickness measurements, and more.

  • Standard Laser Wavelengths: Available wavelengths include 405, 532, 633, and 785 nm for versatile applications.

  • Manual or Automated Operation: Offers both manual and fully automated operation to suit different user needs.

  • Precision Temperature Control: Features precision temperature control of samples for accurate measurements.

  • Specialized Software: Includes software for statistical analysis, spectral databases, image analysis, and more.

Applications


  • Biology & Life Sciences: Non-destructive chemical and structural analysis of biomaterials.

  • Materials Science & Nanotechnology: Characterization of graphene, carbon nanotubes, and nanomaterials.

  • Semiconductors & Electronics: Failure analysis, contamination detection, and process monitoring.

  • Chemistry & Catalysts: Molecular identification and reaction monitoring with high sensitivity.

  • Pharmaceutical Quality Control: Verification of drug composition, contamination analysis, and counterfeit detection.

  • Geology & Energy: Study of minerals, fuels, and advanced energy materials.