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Multispectral Cameras

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  • The BlueEye is a pushbroom HSI camera that expands the common spectral range to include UV, covering UV-A, UV-B and UV-C, making it suitable for biotechnology, forensics and medical technology. It can detect invisible contamination on surfaces and is suitable for ingredient analysis and cellular diagnostics. Questions and comments are welcome at the manufacturer.

    BlueEye – UV Hyperspectral Camera is a camera with 220-380 nm wavelength, back-illuminated sCMOS sensor, USB 3.1 interface, cooling options, 40 fps @ 2048 x 2048 pixels, free of periodical calibration of optical path components, and excellent optical imaging performance.

  • Very precise colour data is recorded with the GreenEye Visible NIR hyperspectral imaging camera. In contrast to colour cameras, it reproduces spectral information in more than 1000 bands. It combines the visible and NIR spectrums, allowing conclusions to be drawn regarding chemical characteristics, including material properties.

    Here are some of its main attributes:

    • Transmission grating configuration for superior sensitivity
    • High spatial and spectral resolution
    • Excellent imaging performance
    • Robust design without moving parts
    • Compact design


  • RedEye – NIR Hyperspectral Camera from INNO-Spec is a line of push-broom HSI cameras for the near-infrared (NIR) spectrum that can operate in wavelengths between 950 and 2200 nm. It is available in four versions with varying wavelength ranges and offers real-time in-line monitoring, even on fast-moving objects.

    RedEye NIR HS Cameras offer various wavelength ranges, excellent photosensitivity, GigE Vision Interface, parallel colour image recording, best optical image quality, and are maintenance-free.

    • 4 x 8192 pixel prism-based 10GBASE-T line scan camera
    • line rate of 36 kHz for RGB8 + NIR dual-stream output
    • Prism technology for superior color quality and alignment of visible + NIR channels
    • Backwards compatible to NBASE-T (5GBASE-T/2.5GBASE-T) and standard GigE (1000BASE-T)
    • New “State of the art” CMOS sensors with 3.75 x 5.78 µm pixels
    • Supports vertical dual-line binning, 2x horizontal binning, or both
    • ROI capability can increase line rate by reducing number of pixels per line
    • Flat field correction and color shading correction
    • HSI and XYZ color space conversion
    • Supports direct connection to rotary encoders plus large variety of trigger options
    • GigE Vision 2.0 interface with choice of single-stream (RGBa8) or dual-stream output
    • Color output can be 24/30/32-bit RGB or 8-bit YUV format
    • Excellent shock and vibration resistance



    • The Perception System transforms sensor raw signals into corrected, standardised hyperspectral cube data allowing the intermediate operation of your hyperspectral system.
    • Due our solutions can be intuitively configured for endless applications, the Perception System saves you time and money for the development expertise.
    • No need for consulting experts allows to develop your own know-how and to protect it.
    • One data processing for various hyperspectral cameras.


  • 900 – 1700 nm high-precision infrared hyperspectral camera

    Spectral channels: 196
    Spectral resolution: 2.3 nm
    Spatial channels: 1600
    Bit depth: 12
    Calibrated using white calibration tile.


  • 900 – 1700 nm high-precision infrared hyperspectral camera

    Spectral channels: 328
    Spectral resolution: 2.5 nm
    Spatial channels: 640
    Bit depth: 14
    Calibrated using white calibration tile.


  • 900 – 1700 nm affordable infrared hyperspectral camera

    Spectral channels: 164
    Spectral resolution: 4.9 nm
    Spatial channels: 320
    Bit depth: 14
    Calibrated using white calibration tile.


  • 400 – 1000 nm High-precision VNIR Hyperspectral Camera

    Spectral channels: 447
    Spectral resolution: 1.3 nm
    Spatial channels: 1600
    Bit depth: 12
    Calibrated using white calibration tile.


  • 400 – 1000 nm lightweight, affordable VNIR hyperspectral camera

    Spectral channels: 143
    Bit depth: 12
    Calibrated using radiometric calibration.
    Geocorrected using SBG Ellipse-N GPS/IMU


  • The Wave Series cameras are dual-band line scan cameras capable of sensing Short Wave InfraRed (SWIR) light. The cameras are based on Indium/Gallium /Arsenide (InGaAs) sensor technology and JAI’s prism line scan technology, making them capable of delivering dual-band imaging in the SWIR light spectrum (900 – 1700 nm).

    Avaliable Wave Series Cameras:  WA-1000D-CL camera

  • The WA-1000D camera delivers dual-band imaging in the SWIR light spectrum from 900 nm to 1700 nm, at a line rate of 39 kHz (39,230 lines/s).

    • Wave Series
    • Simultaneous dual-band imaging in the Short Wave InfraRed (SWIR) light spectrum.
    • Wavelength band : 900 nm to 1700 nm.
    • Enables you to acquire images that R-G-B and NIR will not be able to identify.
    • Active pixels : 1024 pixels x 2.
    • Line rate : 39 kHz (39,230 line/second).
    • Cell size : 25.0 μm x 25.0 μm.
    • Video output : 2 x 8-bit, 2 x 10-bit, 2 x 12-bit through Camera Link interface
      (available with Dual-Base configuration or 2-tap Medium configuration).
    • Pixel gain correction, Flat-field correction, LUT/Gamma function.
    • M52 lens mount.


    • ƒ 1/2” progressive scan IT CCD imager (ICX205AL/ICX205AK) ƒ
    • 1392(H) x 1040(V) @ 30 fps ƒ
    • 4.65 μm square pixels ƒ Compact 44 x 44 x 63 mm housing with high-rel connector ƒ
    • LVDS versions: order TM-1402 and TMC-1402 ƒ
    • Camera Link output and analog output ƒ 30/15 frames per second selectable ƒ
    • Maximum dynamic range control with built-in look-up table ƒ
    • Image center partial scan (500, 250 lines) ƒ
    • Full-frame shutter to 1/16,000 sec. ƒ
    • Asynchronous reset, no-delay shutter with pulse-width exposure control ƒ
    • RS-232 external control ƒ
    • Adjustable back-focus ƒ
    • Monochrome or color


Showing all 13 results