SeaWave™ IR Spectrometer Compact High-Speed 900–1700 nm NIR Analyzer

Specifications

Monochromator Type: Flat Field Grazing Incidence
Effective Focal Length: 50 mm
Diffraction Grating: 300 lines/mm
Grating Blaze Wavelength: 1000 nm
Spectral Range: 900 – 2500 nm
Linear Dispersion (Avg): 62 nm/mm
Spectral Resolution (Avg): 3 nm
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Features


  • Compact and Rugged Design: Features a compact and durable design utilizing linear diode array technology, making it ideal for various industrial and scientific applications.

  • Wide Spectral Response Range: Operates effectively within the 900 – 1700 nm range, suitable for a broad spectrum of analyses.

  • High Resolution: Offers a high resolution of 1 – 12 nm, adjustable through specific slits and detectors to meet precise measurement needs.

  • Fast Readout Speed: Capable of reading over 1000 spectra per second, ensuring rapid data collection and analysis.

  • Customizable Configurations: Available in multiple configurations to accommodate customized spectral ranges and resolutions.

  • Versatile Entrance Ports: Equipped with both fiber coupled and free-space entrance ports for flexible connectivity options.

  • Software and Electronic Triggering: Can be triggered via user-friendly software or through an electronic trigger input, providing versatile operation modes.

  • User-Friendly Software: Includes a robust control software package and programming platform for easy integration and operation.

  • No Moving Parts: Designed with no moving parts, enhancing durability and reliability for OEM applications.

  • USB-Powered Portability: Powered through a USB 2.0 connection, eliminating the need for an external power supply and enhancing portability.

Applications


  • Pharmaceutical and Food Analysis: Enables rapid and precise quality assessment

  • Petrochemical Process Monitoring: Suitable for real-time manufacturing process analysis

  • Agricultural Product Quantification: Supports reliable agricultural assessment and control

  • Medical Non-Invasive Assessments: Ideal for NIR-based diagnostic applications

  • Photovoltaic Material Quality Control: Ensures optimal evaluation of solar materials

  • Chemical Reaction Monitoring: Monitors reactions in research and industrial settings

  • Laser Characterization: Provides accurate spectral analysis for laser systems