Forensic Evidence Detection
& Visualization
HyybridSpectral empowers forensic investigators and crime scene units to uncover critical latent traces that are invisible to the naked eye. By utilizing multiple precise light spectra in conjunction with advanced optical barrier filters, our technology ensures the rapid, non-destructive detection and high-contrast visualization of various types of evidence on challenging, porous and highly reflective surfaces.
Semen
Examine stains non-destructively without chemical treatments. Powered by 8 distinct wavelengths, HyybridSpectral isolates semen from background interference, making it clearly visible even on complex fabric patterns or multi-colored substrates.
Powdered Palmprints
Eliminate surface glare and reflections with HyybridSpectral’s optimized lighting. Enhance ridge details and minutiae in powdered palmprints to capture clear images and document them in seconds.
Urine
Combine powerful UV illumination with HyybridSpectral’s easily interchangeable magnetic filters to locate latent urine across diverse surfaces. Clearly visualize dry crystal structures, spatter patterns, and biological evidence.
Saliva
Detect latent saliva, biological residues and saliva enzymes on varied surfaces. The diverse lighting options make these difficult-to-spot fluids visible, allowing you to identify and secure critical evidence fast.
Powdered Fingerprints
Maximize ridge detail using HyybridSpectral’s versatile light groups and filter system. Capture sharp, high-definition images that are ready for immediate export and processing in Automated Fingerprint Identification Systems (AFIS).
Accelerants
Identify traces of fuel and chemical solvents on various substrates. By utilizing specialized light groups to induce distinct fluorescence, HyybridSpectral makes gasoline and other hydrocarbon-based residues visible on fabrics and surfaces, allowing for immediate documentation.
Document Examination
8 different light groups, including UV, allow you to easily verify the authenticity of passports, banknotes and various types of documents. By observing specific light reflections, you can accurately detect any tampering or alterations and confirm that the documents are completely original