Bafan Instrument Equipment (Shanghai) Co., Ltd
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Hyperspectral Camera GRAND-EOS
Hyperspectral Camera GRAND-EOS
Product details

GRAND-EOS utilizes patented filtering technology based on volume Bragg gratings (VBGs) such as Photon. This technology is an ideal choice for hyperspectral imaging. GRAND-EOS combines a hyperspectral microscope system with a hyperspectral wide field imaging platform, allowing access to microscopic and macroscopic morphology with VNIR (400-100 nm) and SWIR (900-1700 nm) spectral ranges. Both micro and wide field platforms are designed for luminescence (photoluminescence or electroluminescence) and reflectance measurement, and can accommodate broadband or monochromatic light sources.

594/5000 Our filtering technology can quickly capture high-resolution images of spectral analysis. The push broom (line scan) system based on dispersion spectrometer can capture one line at a time, while VBG based devices can perform global imaging. This means that using VBG based technology can obtain a complete monochrome image at once, rather than obtaining the image line by line (or point by point). Due to the camera capturing the entire area in the field of view, real-time spectral and spatial information can be collected, and it is possible to record video that has undergone spectral analysis.

characteristic

  • Continuing Adjust
  • Non decentralized technology
  • Sensitivity from 400 nm to 1620 nm
  • High performance CCD
  • Electric focusing
  • Control and analysis software
  • Product specifications

    performance
    Spectral channel Continuing Adjust
    Spectral Range 400-1620 nanometers
    Spectral resolution

    near-infrared

    <2.5 nanometers (400-1000 nanometers)

    Shortwave infrared

    <4 nanometers (900-1620 nanometers)

    Spatial resolution
    (Targeting a 10x microscope)
    <7.5 microns <12 microns
    camera Front mounted inter row CCD camera
    Sample clamp XY manual translation stage (stroke 50mm)
    Wavelength adjustment speed 60 milliseconds stable time, with a step size of 2 nm
    Absolute precision of wavelength <0.3 nanometers
    Visual camera

    Monochrome or color XMP camera
    2/3-inch 5.1M progressive color CMOS/
    2448 x 2048 pixels

    Preprocessing Spatial filtering, statistical tools, spectrum analysis
    Extraction, data normalization,
    Spectrum calibration
    Hyperspectral data format HDF5,FITS

    Single image data format

    FITS,PNG,TIFF,JPG

    Operating System

    Software

    Windows 7 (64 bit)

    PHySpec ™Software

    Macro imaging mode
    Field of view Optimized from 20 x 20mm to 160 x 160mm
    Micro imaging mode
    Microscope Upright or inverted
    Goal 5X, 10X (optional)
    On requestProvide other magnification options
    Lighting
    Provided through light guideBroadband and monochrome lighting
    Inspire

    532 nm, 660 nm, 785 nm, or 808 nm lasers.
    Other wavelengths can be provided upon request

    Product Application

    Application of Hyperspectral in Mining and Petroleum Industry
    The application of hyperspectral imaging in the study of dermatology
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