Feaures & specifications

  • Broad spectral range of approximately 365 – 1700 nm, covering UV, VIS, NIR and SWIR wavelengths.
  • Dual-sensor architecture (Silicon + InGaAs) enabling continuous coverage across that broad range.
  • Around 12 selectable spectral bands in the standard configuration (6 bands per sensor in some data sheets) with configurable options.
  • High light throughput of about 90% (polarization independent) for the spectral filter/filtering system.
  • Spatial resolution per band: e.g., Si sensor ~6.4 MP (3096 × 2080) for visible range; InGaAs side somewhat lower resolution (e.g., 640 × 512 as per one spec sheet) in SWIR.
  • Full spectral cube scanning time around ~10 s (exposure-limited) in one configuration.
  • Supports multiple imaging modes: reflection, fluorescence, transmission.
  • Standard lens mount (F-mount or C-mount depending version) for compatibility with common optics.
  • Interface: 12-bit dynamic range indicated; USB3.0 interface in one spec sheet.
  • Weight around ~1.85 kg in one configuration.
  • Supplied with a software platform for camera control, calibration, pixel-level spectroscopy and spectral classification mapping.

 

Click here for product line data-sheet! 

Applications

  • Precision agriculture: monitoring plant health, water content, nutrient status and stress detection using the broad spectral coverage (UV-VIS-NIR-SWIR). 
  • Remote sensing / aerial imaging: deployable in UAV or airborne systems thanks to wide spectral range and dual‐sensor design. 
  • Cultural heritage / artwork & archaeology: pigment mapping, art conservation, material characterization using UV to SWIR imaging. 
  • Forensics and materials inspection: non-destructive analysis of materials, coatings, contamination using the full spectral range. 
  • Food sorting, plastics/mineral sorting and industrial quality control: using spectral signatures across UV‐SWIR to differentiate materials. 
  • Biomedical & life-sciences imaging: tissue diagnostics, small animal imaging leveraging the extended spectral range.
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