Application Notes
Geology
BlackIndustry SWIR 1.7 Pro Max: Sorting Industrial Minerals | Case Study: Calcites
Natural minerals are finite goods on Earth. Nonetheless, the demand of minerals for the construction industry, the manufacture of technical equipment, chemicals and much more is constantly increasing. Therefore, sensor-based sorting of resources is increasingly being used especially for industrial materials. Alongside X-ray , color- or LIBS-based sorting, this also includes hyperspectral-based sorting, also known as NIR-based spectrometry in the industry.
The purpose of these techniques is to enable the most sustainable and resource-efficient extraction of industrial minerals possible by maximizing …
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Hyperspectral imaging solutions
Geology
BlackBird V2
- 540 px spatial resolution
- 4K RGB camera
- 100 spectral bands
- DJI Skyport V2 Interface
BlackBullet V2
- 4K RGB camera
- 250 spectral bands
- Snapshot & Line-Scan
- Mounting plate with different types of threads
BlackIndustry VNIR V2
- Up to 1920 px spatial resolution
- 250 spectral bands
- Standard C-Mount lens
- Mounting plate with metric and imperial threads
BlackMobile V2
- 1280 x 960 px spatial resolution
- 4K RGB images
- 100 spectral bands
- Integrated broadband LED lighting
BlackIndustry NIR
- Up to 1920 px spatial resolution
- 89 spectral bands
- 540 Hz at full frame
- Up to 1000 Hz at ROI
BlackIndustry SWIR 1.7
- 640 px spatial resolution
- 399 spectral bands
- 450 Hz at full frame
- Up to 1330 Hz at ROI
BlackIndustry SWIR 1.7 Max
- 1280 px spatial resolution
- 399 spectral bands
- 197 Hz at full frame
- Up to 1330 Hz at ROI
BlackIndustry SWIR 1.7 Pro Max
- 2592 px spatial resolution
- 399 spectral bands
- Up to 2587 Hz at ROI
- Internal GPU
BlackIndustry RGB
- High resolution 4K RGB
- Up to 30720 lines/s
- Designed for seamless integration with BlackIndustry SWIR 1.7 series
