New partnership for hyperspectral imaging
2 Feb 2016
Objects leave a unique „fingerprint“ with their highly complex spectral information through chemical and molecular properties which can be identified only by deploying hyperspectral cameras. Until now, the use of hyperspectral systems has only been accessible to experts in spectroscopy and chemometry and has not yet been widely applied in the industrial environment.
The cooperation of Perception Park and STEMMER IMAGING has brought a change: Perception Park has developed a generic, intuitive, configurable data processing platform providing encapsulated scientific methods of hyperspectral analysis intuitively accessible to everyone. This software platform is the basis of hyperspectral systems which are now available from all STEMMER IMAGING subsidiaries.
The innovative hyperspectral solution works in real-time while processing more than 200 million spectral points per second. Cameras from various manufacturers can be connected using the standard CameraLink and GigE Vision interfaces.
The software of our partner Perception Park allows the use of hyperspectral imaging in industrial applications for the first time without special expert knowledge in chemometry or spectroscopy. Hyperspectral imaging means that the chemical properties of materials are identified and thus differences in the materials can be analysed. Watch this video and learn how it works.
This capture of a human hand visualises the blood vessels inside by using CCI and a hyperspectral system.
In this example, CCI is used to detect fat and bones in chicken meat.
Markus Burgstaller (right) mit Manfred Pail (left) - the founders of Perception Park
Chemical Colour Imaging systems are especially suited for use in the food processing industry, where, for instance, the technology allows the precise determination of meat, fat and bone percentages clearly illustrated by CCI images. Further main markets are recycling, mining and the pharmaceutical industry. A specific application in the recycling industry is the automated separation of plastics. For example, CCI is used to detect and separate plastic parts made from polyethylene (PE) and polypropylene (PP) according to their chemical combination. Even in the medical field there are initial tests using CCI technology: „We have already managed to capture a human hand and visualise the blood vessels inside using CCI and a hyperspectral system“, explains Markus Burgstaller, CEO at Perception Park.
„We see very interesting opportunities for the application of hyperspectral systems. We already have specific ideas for providing our customers with reliable solutions for tasks that seemed to be insoluble up to now“, says Jörg Schmitz, sales contact for CCI systems at STEMMER IMAGING.
Hyperspectral systems from STEMMER IMAGING based on Perception Park’s innovative software technology will be presented at the first Conference on Hyperspectral Imaging in Industry (CHII 2016) on the 15th and 16th of June 2016 in Graz as well as at the Automatica (21st to 24th of June 2016 in Munich).
Training
Interested users are supported with trainings organised by STEMMER IMAGING’s European Imaging Academy in Puchheim.
- More about trainings on hyperspectral imaging
Technical tip
Read the technical tip and learn more about the hyperspectral imaging systems from STEMMER IMAGING based on a data processing platform developed by Perception Park.