(St. Louis, Missouri) Forensic Microscopes.com, the leading name in microscopy solutions for requirements in metallurgical metallographic epiillumination forensic comparison and low power stereoscopic forensic comparison, now provides the ideal microscopy solutions in the field of forensic analysis, material comparison, and microscopic evidence detection.
Microscopes from Forensic Microscopes.com are the ideal analysis and detection tools for use in arson and fire investigation, ballistics, forensic entomology, crime scene investigation, and forensic document examination. Forensic microscopes are also primarily used for comparison and analysis of fingerprints, wire size and composition determination, soil, botanical, and biological matter comparison, hair, carpet, and textile fiber analysis and comparison, surface scratch pattern analysis, auto theft investigation, firing pin matching and analysis, metallurgical grain structure analysis, bullet and bullet casing comparison and analysis, and handwriting analysis and comparison.
Forensic microscopes are essential tools in investigations done by law enforcement units, particularly for the Federal Bureau of Investigation and for state and local police criminal investigations, as well as in training and learning institutions that require forensic microscopy in their laboratories and studies. Forensic microscopes are also vital tools when presenting prime evidence in criminal court proceedings, providing scientific analysis and data to supplement other material evidence and expert testimony presented during the hearings.
Microscopes from Forensic Microscopes.com also feature full connectivity to a personal computer or to a laptop via USB for viewing and digital image storage. Forensic Microscopes.com also provides attachments for 35mm film microscope photography for film capture purposes. Microscopes from Forensic Microscopes.com have magnifying capabilities of 10X to 1000X, and come in Comparison Investigation, High Power Compound CSI, and Forensic Comparison with three illumination method models.
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