At Channel Systems, our expertise is in the design and development of unique instruments for a range of applications. Here are some examples:
| Airborne Hyperspectral Imaging |
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AISA systems have been used in a variety of commercial, scientific and public service applications. Applications include agriculture, emergency services, environmental, field scanning, forensics, military, forestry, farm mapping, and water assessment. Whatever your application, AISA delivers high spectral and spatial resolution at a low cost, with fast turnaround from data collection to information.
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| DCVD - Nuclear Fuel Safeguards Imaging |
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Channel Systems developed the digital Cerenkov viewing device (DCVD) for the non-intrusive inspection and verification of used nuclear fuel. The innovative features of the DCVD make it a valuable alternative to other verification measures. In particular, the real-time display and the capture of digital images for analysis and comparison make this powerful instrument simple and highly effective.
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| High-Speed Hyperspectral Inspection System |
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Spectral imaging is now possible at up to 1500 images/second thanks to the new ImSpector Fast10 spectrograph. This instrument offers high light throughput and superior image quality. It produces the full VNIR spectrum (400 - 1000 nm), with short integration times and good spectral resolution. The Fast10 brings spectral imaging to high-speed applications like on-line sorting and fruit/vegetable inspection, and takes airborne hyper-spectral imaging to a new level.
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| Hyperspectral Art Imaging - VIS and IR |
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Spectral imaging is widely used for non-destructive, in-depth analysis of works of art for the purpose of conservation, restoration, archiving and reproduction. Imaging art beyond the visible range is particularly useful for pigment identification, forgery detection, imaging of under-drawings and other art conservation applications.
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Infrared
Chemical Imaging Spectroscopy |
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Infrared chemical imaging provides fast, non-destructive analysis for various applications. Determining ingredient distribution/concentration is critical for producing consistent results when manufacturing such things as pharmaceuticals. IR imaging quickly confirms particle size, coating thickness, component distribution, etc. By testing processes while processing rather than after-the-fact, manufacturers can eliminate waste and increase profit margins.
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| Nuance Fluorescence for Multiple Markers |
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Separation of multiple markers and the removal of unwanted autofluorescence has been a problem for microscopists until now. The Nuance multispectral imaging system dramatically improves the imaging process by performing fast and accurate spectral classification and unmixing. It removes autofluorescence to drastically improve image contrast.
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