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Specim

Spectral Cameras

About


SPECIM offers a broad range of integrated and calibrated Spectra Cameras for hyperspectral line-imaging.

These Spectral Cameras precisely measure contiguous spectral data at tens or hundreds of wavebands for each image pixel simultaneously. This pushbroom operation is extremely versatile tool for hyperspectral imaging. It is perfect for applications where either the target or camera is in motion, like in process control or imaging from aircraft.

  • SPECTRAL CAMERAS FOR VISIBLE LIGHT

    1. SPECTRAL CAMERA PFD-XX-V8E
    2. 380 - 800 nm
    3. Spectral resolution 2 nm
    4. Spatial resolution 1 312 pixels
    5. Frame rate: 65 fps (full frame), up to 180 fps with binning
    6. Sensor: CMOS
    7. Excellent signal to noise ratio with binning, our recommendation for most applications
    8. Datasheet(PDF)
    1. SPECTRAL CAMERA PS-XX-V8E
    2. 380 - 800 nm
    3. Spectral resolution 2 nm
    4. Spatial resolution 1 392 pixels
    5. Frame rate: 11 fps (full frame), up to 62 fps with binning
    6. Sensor: CCD
    7. Best response for blue light
    8. Datasheet(PDF)
    1. SPECTRAL CAMERA HS-XX-V8E
    2. 380 - 800 nm
    3. Spectral resolution 2 nm
    4. Spatial resolution 1 600 pixels
    5. Frame rate: 33 fps (full frame), up to 120 fps with binning
    6. Sensor: CCD
    7. Good response for red light
    8. Datasheet (PDF)
  • SPECTRAL CAMERAS FOR VISIBLE - NEAR INFRARED

    1. SPECTRAL CAMERA V10M
    2. 350 - 1 000 nm
    3. Spectral resolution 1.5 nm
    4. Spatial resolution 1 312 or 2 080 pixels
    5. Frame rate: 35 fps (full frame) up to 95 fps (with Active resolution)
    6. Sensor: CMOS
    7. Ultimate performance, high-end spectral camera for the most demanding applications
    8. Datasheet (PDF)
    1. SPECTRAL CAMERA PFD-XX-V10E
    2. 400 - 1 000 nm
    3. Spectral resolution 2.8 nm
    4. Spatial resolution 1 312 pixels
    5. Frame rate: 65 fps (full frame), up to 180 fps with binning
    6. Sensor: CMOS
    7. Excellent signal to noise ratio with spinning, our recommendation for most applications
    8. Datasheet (PDF)
    1. SPECTRAL CAMERA PS-XX-V10E
    2. 400 - 1 000 nm
    3. Spectral resolution 2.8 nm
    4. Spatial resolution 1 392 pixels
    5. Frame rate: 11fps (full frame), up to 62 fps with binning
    6. Sensor: CCD
    7. Best response for blue light
    8. Datasheet (PDF)
    1. SPECTRAL CAMERA HS-XX-V10E
    2. 400 - 1 000 nm
    3. Spectral resolution 2.8 nm
    4. Spatial resolution 1 600 pixels
    5. Frame rate: 33 fps (full frame), up to 120 fps with binning
    6. Sensor: CCD
    7. Good response for red light
    8. Datasheet (PDF)
  • SPECIM EXTENDED NIR CAMERA

    1. SPECTRAL CAMERA XLNIR
    2. 600 - 1 600 nm
    3. Spectral resolution 7 nm
    4. Spatial resolution 320 pixels
    5. Frame rate: 100 Hz full frame
    6. Sensor: TE-cooled InGaAs - CMOS photodiode array
    7. Datasheet (PDF)
  • YASPECTRAL CAMERAS FOR NEAR INFRARED

    1. SPECTRAL CAMERA XLNIR
    2. 900 - 1 700 nm
    3. Spectral sampling 3.3 nm
    4. Spatial resolution 320 pixels
    5. Frame rate: 100 Hz or 350 Hz full frame
    6. Sensor: TE-cooled InGaAs photodiode array
    7. Datasheet for Spectral Camera NIR (PDF)
    1. SPECTRAL CAMERA XHNIR
    2. 900 - 1 700 nm
    3. Spectral sampling 2.2 nm
    4. Spatial resolution 640 pixels
    5. Frame rate: 120 Hz or 400 Hz full frame
    6. Sensor: TE-cooled InGaAs photodiode array
    7. Datasheet for Spectral Camera NIR (PDF)
    1. SPECTRAL CAMERA VLNIR
    2. 900 - 1 700 nm
    3. Spectral sampling 3.3 nm
    4. Spatial resolution 320 pixels
    5. Frame rate: 100 Hz
    6. Sensor: TE-cooled InGaAs photodiode array
    7. Datasheet for Spectral Camera NIR (PDF)
    1. SPECTRAL CAMERA SWIR
    2. SPECIM's new high-speed hyperspectral camera in the SWIR range (1000 - 2500 nm) has more spatial pixels (384) and still achieves much faster image rates up to 400 frames per second using CameraLink connection. With its temperature stabilized optics, it provides the stability and sensitivity required in today's most challenging near-infrared chemical imaging applications, from pharmaceutical quality assurance to food and agriculture analysis.
    3. APPLICATIONS
    4. Chemical and Material sorting
    5. Pharmaceutical manufacture
    6. Recycling
    7. Mineral mapping
    8. Food and agriculture
    9. Moisture content distribution
    10. Art research and archiving
    11. Forensics
    12. Airborne
    13. Datasheet for Spectral Camera SWIR (PDF)
    1. SPECTRAL CAMERA MWIR
    2. SPECIM MWIR is designed for industrial applications with illuminated or higher temperature targets. It employs innovative technology exploiting the benefits of reflective and refractive optics to achieve highest performance in a compact device
    3. 3.0 - 5.0 µm
    4. 35 nm
    5. MWIR Spectral Camera data sheet (PDF)

    1. SPECTRAL CAMERA LWIR C
    2. 8 - 12 µm
    3. 384 x 84 pixels
    4. 100 Hz (full frame)
    5. LWIR Spectral Camera data sheet (PDF)
    1. SPECTRAL CAMERA LWIR HS
    2. 8 - 12 µm
    3. 384 x 30 pixels
    4. 60 Hz (full frame)
    5. LWIR Spectral Camera data sheet (PDF)

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