Hyperspectral scanning platform for material identification, industrial research and application development.
Hyperspectral scanning platform for material identification, industrial research and application development.
FROM IDEA TO PRODUCTION – A PROGRAMMABLE SPECTRAL IMAGING SYSTEM
Most hyperspectral projects stall between the lab and the line. A benchtop scanner shows that two materials separate cleanly, and then the production system arrives with a different camera, a different SDK and a different calibration routine. The method has to be rebuilt before it can be trusted again.
Hyperscan is designed to remove that step. It carries the same Hypervision camera and runs the same Hypervision software you would install above a conveyor, so a method developed on the scanner moves to an in-line installation without being rewritten.
The system is built for material identification, industrial research and application development. The HyperScan is developed to simplify the task for machine builders qualifying a new inspection task, integrators proving a concept before quoting it, and research groups who need repeatable spectral data without building a rig.
Applications:
With the use of our Hypervision system it is possible to distinguish between different types of plastics.
On the image the Hypervision effectively recognizes Polypropylen (PP) and Polyethylen (PE), which would be impossible on a RGB camera
Multi and hyperspectral imaging allows the detection of object features which are normally invisible to the naked eye and to traditional (RGB) cameras. These features are generally related to the chemical composition of the objects (or areas of the objects).
For example detecting bruises under the skin of fruits and vegetables, measuring water content or stress level of crops, determining plastic types, etc.
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