Shamrock 163 Spectrograph - 300 lpmm 1200nm Blaze

Specifications

Monochromator Type: Czerny-Turner
Effective Focal Length: 163 mm
Diffraction Grating: 300 lines/mm
Grating Blaze Wavelength: 1200 nm
Spectral Range: 650 – 2000 nm
Linear Dispersion (Avg): 18.21 nm/mm
Spectral Resolution (Avg): 1.09 nm
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Features


  • Compact & Rugged Design: The Shamrock 163 features a compact design that supports both horizontal and vertical mounting positions, ensuring portability and ease of integration into various setups.

  • Imaging-Configurable Platform: Designed for multi-track spectroscopy, the Shamrock 163 allows for system performance optimization with lens-based accessories, enabling low cross-talk and simultaneous acquisition of multi-leg fiber signals.

  • Interchangeable Gratings: Offers a wide range of gratings with a simple precision locking mechanism, allowing for seamless upgradability and adaptability to different spectral needs.

  • Variety of Fixed Slits: Includes interchangeable laser-cut precision slits with widths ranging from 10 µm to 200 μm, providing flexibility for different resolution requirements.

  • Versatile Light Coupling Interfaces: Features a large choice of light coupling interfaces, including fiber-optics and C-mount microscope couplers, enhancing compatibility with various experimental setups.

  • Calibrated Micrometer Drive: Facilitates simple and rapid wavelength adjustment, ensuring precise and reliable wavelength selection for your experiments.

Applications


  • Material Analysis: Utilize the Shamrock 163 for detailed material composition studies through spectroscopy.

  • Environmental Monitoring: Monitor environmental samples for chemical composition and pollutants.

  • Pharmaceutical Research: Analyze compounds and mixtures in drug development and quality control.

  • Biological Studies: Conduct spectroscopic analysis of biological samples for research and diagnostics.

  • Chemical Reaction Monitoring: Observe and analyze chemical reactions in real-time, such as the oxidation of styrene.

  • Educational Demonstrations: Use in academic settings for teaching spectroscopy principles and techniques.

  • Optical Component Testing: Evaluate the performance of optical components using spectral analysis.

  • Raman Spectroscopy: Perform Raman shift analysis for molecular identification and characterization.