Forensic Science students from Chaminade University of Honolulu utilized the ForenScope SuperSpectral camera in the Physical Evidence Laboratory to analyze trace evidence collected from the University’s Crime Scene House. The SuperSpectral system enables examination under multiple wavelengths of light, allowing users to visualize details that may not be detectable under standard white-light conditions. This capability enhances the identification of subtle trace materials that could otherwise go unnoticed.
During laboratory exercises, students employed the SuperSpectral camera to detect and document hairs and fibers present on collected evidence. By using the system’s adjustable wavelength settings and imaging modes, students enhanced contrast, isolated areas of interest, and captured high-resolution digital photographs for documentation. As a non-destructive imaging technology, the SuperSpectral system preserves the integrity of evidence while permitting thorough examination and analysis.
Access to the SuperSpectral camera provides students with hands-on experience using professional-grade forensic instrumentation comparable to that found in operational forensic laboratories. Through practical application, students develop technical proficiency in advanced imaging techniques, strengthen their analytical skills, and reinforce the critical importance of accurate documentation in forensic casework. The SuperSpectral system from ForenScope significantly enhances the laboratory’s capability to locate, visualize, and record trace evidence while delivering valuable experiential learning in modern forensic science practices.