Specim FX hyperspectral cameras at PPMA Total Show
22 Sep 2016
Chemical fingerprint
Hyperspectral imaging systems make use of the fact that organic materials have a ‘chemical fingerprint’ resulting from the way they absorb light at different wavelengths depending on their molecular structure. By building up a series of images of the sample at different wavelengths, it is possible to determine the spatial distribution of different materials according to their chemical composition.
Hyperspectral camera Specim FX10
The latest hyperspectral camera in the Specim range is the compact FX10 which operates over a wavelength range of 400 to 1000 nm. Even though the spectrograph necessary to separate the wavelength bands for hyperspectral imaging is integrated directly into the camera body, this new camera has an extremely small footprint of only 150 x 85 x 71 mm. The camera offers an excellent signal to noise ratio of 600:1 and is factory calibrated which guarantees identical results even if a camera module needs to be replaced.
The FX10 camera allows up to 220 separate wavelengths to be selected for identification of the chemical materials in the test sample. Frame rates for imaging are directly related to the number the number of wavelengths used, so the fewer wavelengths needed, the faster the images can be acquired.
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A frame rate of 330 fps can be achieved using all 220 wavelengths.
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This increases to 2830 fps for 20 wavelengths and
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6510 fps by selecting 5 wavelengths in 3 different areas.
Image data is transferred from the camera using a CameraLink interface. Models with a GigE Vision interface will be available from the end of 2016.
Complete hyperspectral imaging systems
STEMMER IMAGING can combine all the components including the camera, appropriate image acquisition cards and cables, illumination source and the flexible, high-speed Perception Studio data processing software from Perception Park to supply a complete hyperspectral imaging system. This combined approach is called ‘chemical colour imaging’ and makes chemical material properties accessible to the machine vision engineer.
Perception Park
Graz, Austria
The Austrian Graz-based Perception Park is the first company which specialises on industrial hyperspectral imaging. The data processing solutions based on industrial requirements result of more than 10 years of technological experience. Since January 2016 machine vision experts throughout Europe and Asia greatly benefit from Perception Park’s and STEMMER IMAGING’s cooperation.
Specim Spectral Imaging
Oulu, Finland
In 1995 Specim launched the first professional hyperspectral spectrographs. Since then, the company which is headquartered in Oulu (Finland) has been at the forefront with new and advanced technological solutions applied to hyperspectral imaging and with products reaching the pinnacle of precision, durability and functionality.
STEMMER IMAGING
Puchheim, Germany
STEMMER IMAGING has been one of the leaders in the machine vision market since 1987. It is one of Europe's largest technology providers in this field. In 1997 STEMMER IMAGING presented Common Vision Blox (CVB), a powerful programming library for fast and reliable development and implementation of vision solutions, which has been deployed successfully throughout the world in more than 40,000 imaging applications in various industries.
Specim FX
Comprehensive plug-and-play-system consisting of spectrograph, camera and lens, for bands from 400 nm to 1000 nm and from 900 nm to 1700 nm, particularly compact and performant.
CVS HyperInspect
Chemical material analysis in industrial production processes
