BlackIndustry On-Camera Classifier
On-Camera Classifier
Our BlackIndustry cameras with software version 1.0.13 and later, now feature an on-camera classifier. The previously in BlackStudio trained classifier can be transferred directly to the camera, enabling real-time classification of newly captured data using the Classified Color output mode. This allows classification results to be used immediately in production without additional hardware. By transmitting only classified data, the feature reduces Ethernet bandwidth usage and eliminates processing overhead on the receiving device, ensuring efficient and streamlined operations.
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Combined technology
BlackIndustry Cameras
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 2230 Hz at ROI
- Internal GPU
BlackIndustry NIR
- Up to 1920 px spatial resolution
- 89 spectral bands
- 540 Hz at full frame
- Up to 1000 Hz at ROI
BlackIndustry VNIR V2
- Up to 1920 px spatial resolution
- 250 spectral bands
- Standard C-Mount lens
- Mounting plate with metric and imperial threads
Where hyperspectral imaging creates real impact
In food production, product quality depends on factors that are not always visible on the surface. Variations in moisture, fat distribution or contamination can remain undetected using conventional inspection methods. HSI provides detailed spectral information that supports automated quality control and more reliable inspection processes.
Plant health and physiological processes often reveal themselves in subtle spectral changes long before visible symptoms occur. Hyperspectral imaging enables detailed monitoring of vegetation, allowing to analyse plant stress responses, nutrient status and growth dynamics over time.
Understanding environmental processes requires the ability to detect subtle changes in vegetation, soil and water conditions over time. Hyperspectral cameras provide high-resolution spectral data that supports large-scale environmental monitoring and ecosystem analysis.
- For more information view our application notes
