ChemImage Works to Improve Existing Methods of Imaging Untreated Fingerprints on Paper Substrates
Pittsburgh, PA (ChemImage Corporation) - Scientists at ChemImage are pleased to report significant improvements in the ability to enhance contrast of untreated fingerprints on paper substrates. Using the CONDOR™ Hyperspectral Imaging System, application scientists at ChemImage have been able to apply new developments in software and hardware configurations resulting in the enhancement of more ridge detail of untreated latent prints on paper.
“The results are very promising,” said John Belechak, Chief Operating Officer at ChemImage, “To compare the images of these untreated fingerprints to those that we’ve seen in previous publications demonstrates a noteworthy step forward in the science of latent print examination.”
The CONDOR Hyperspectral Imaging System utilizes liquid crystal imaging technology, which provides fingerprint examiners with the ability to nondestructively enhance contrast between the print residue and the substrate. When combined with the powerful ChemImage Xpert™ software package, users have access to a significant number of image filtering algorithms. This software becomes extremely important when examining fingerprints on dark substrates or substrates with complex backgrounds.
“While our CONDOR Hyperspectral Imaging System can be used to compliment many processing techniques for fingerprints, it can also provide a means of examining untreated prints, especially if the evidence may contain DNA or includes sensitive documents or art,” said Belechak.
ChemImage Corporation, headquartered in Pittsburgh, is a world leader in Chemical Imaging technologies; provides instrumentation, software, lab services and expert consulting to government, industrial and academic organizations. ChemImage offers these products and services for a range of applications including defense, security, pharmaceuticals, forensics and biomedical diagnostic research. Its state-of-the-art Chemical Imaging technology can help to reveal critical chemical and biological information about processes, products, and forensic evidence.
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