Advanced spectral data acquisition (400–1700 nm)
Hyperspectral camera iRb17UVN16KM is a high-performance system for capturing and analyzing materials based on their spectral signature. It combines the visible (VIS), near-infrared (NIR), and short-wave infrared (SWIR) regions in a single device, enabling extremely accurate identification and characterization of substances.
It is suitable for research institutions, industry, and the development of advanced AI systems.
Key features
- Spectral range: 400–1700 nm
- ~680 spectral bands
- Spectral resolution: ~13 nm
- Spatial resolution: 1280 px (line-scan)
- Acquisition speed: do 579 fps
- High SNR: ~600:1
- Technology: pushbroom (line-scan)
- Interface: USB 3.0
- Lens mount: C-mount
How it works
The camera captures one line of the image at a time (line-scan), with each line containing the entire spectral record. The movement of the object or camera creates a hyperspectral cube (x, y, λ), which allows for the analysis of materials at the individual pixel level.
Features
✔ wide spectral range (VIS + NIR + SWIR)
✔ high analysis accuracy
✔ suitable for real-time applications
✔ easy integration (USB)
✔ support for AI and data analytics
Specifics of use
- requires controlled lighting (e.g. halogen lights)
- works on the scanning principle (movement required)
- generates large amounts of data
Areas of application
Research & Development
- chemometrics
- development of AI algorithms
- materials analysis
Industry
- sorting materials
- recycling (plastics, textiles, metals)
- automatic quality control
Agriculture
- plant and fruit health analysis
- perception of stress and illness
- production optimization
Food industry
- food quality control
- foreign object detection
- composition analysis
We are in the phase of accepting projects and we recommend cooperation, so please contact us with your problem at the email address: marko.vovk1@um.si
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