Specim FX17 NIR hyperspectral camera front view with attached objective lens.

Award-Winning NIR Hyperspectral Camera

The Specim FX17 is a small, fast and affordable NIR hyperspectral camera optimized for lab-based and industrial machine vision applications. It operates in line-scan mode, collecting detailed spectral and spatial information across the full near infrared wavelength region.

 

Key Features:

  • Spectral range of 900-1700 nm
  • High spatial resolution of 640 pixels
  • High image speeds of up to 670 full FPS and up to 15000 FPS with 4 bands selected
  • Free wavelength selection from 224 spectral bands
  • Built-in image correction and unified spectral calibration between units
  • GigE or CameraLink standard interfaces
  • Easy mounting in industrial environments
  • CE and RoHS certification

Specim FX17 Key Benefits:

  • Flexibility: Freely select from 224 bands
  • Small Size: Flexible and easy to install
  • Fast Optics: High sensitivity and accuracy
  • High Speed: High frame rates capabilities
  • Easy Integration: Standard interface options
  • Unified, Comparable Data: Unified wavelength calibrations between individual units
Specim FX17 NIR hyperspectral camera front view with attached objective lens.

Ideal Solution For:

  • Food Quality and Inspection
  • Waste Sorting and Recycling
  • Moisture Detection and Measurement
  • Mineral Detection
  • Environmental Monitoring
  • Precision Agriculture and Vegetation Analysis

Technical Specifications

Specification

FX17

Spectral Range 900-1700 nm
Spectral Resolution (FWHM) 8 nm (mean)
Spectral Sampling/Pixel 3.5 nm
Spectral Bands 224
SNR @ Max Signal 1000:1
Spatial Sampling 640 pixels
Bit Depth 12
Max Frame Rate 670 Full FPS (FX17), 527 Full FPS (FX17e)
Binning 1,2,4 spectral and spatial (default: 1 spectral x 1 spatial)
Sensor Type InGaAs
Sensor Cooling TEC
Interface GigE Vision, CameraLink
Dimensions (LxWxH) 150 x 75 x 85 mm
Weight 1.56 kg
Fore Lens FOV Options 12 deg, 38 deg (default), 53 deg, 66 deg, 75 deg, 90 deg, NIR MACRO, OLESMACRO