HANDHELD, PORTABLE, EASY TO USE FORENSIC IMAGING TECHNOLOGY
Search, locate, target and capture:
LATENT FINGERMARKS
FINGERMARKS FROM POST-BLAST IED FRAGMENTS AND DEBRIS
BLOOD AND SEMEN
TRACE DNA
Hybrid-Spectral Imaging System: multi-spectral and hyper-spectral in a single device
Use in bright sunlight or darkened conditions on non-porous and porous surfaces
No chemical or physical processing
Connectivity and compatibility with Case Management Systems
Non-Contact-Non-Destructive: can be used for covert operations
Wi-Fi / Bluetooth / Cellular
USB / HDMI / SD Card
Faster and more precise scene processing
Huge productivity savings and quality improvement
Three versions of BlindSite are available:
BlindSite Scene FINGERMARKS LITE
Optimized to search, locate and capture latent fingermarks on non-porous surfaces and trace DNA. Integrating high sensitivity performance targeting absorption, fluorescence, reflectance and scatter of fingermark deposits, as well as the surface they are deposited on, providing high contrast visualization. Includes the integration and combination of hyperspectral and multispectral imaging for high contrast capture of latent fingermarks and trace DNA.
BlindSite Scene FINGERMARKS PRO
Optimized to search, locate and capture latent fingermarks on non-porous and porous surfaces, trace DNA, latent fingermarks from post-blast IED fragments & debris, and the ability to remove complicated backgrounds during image capture. Integrating high sensitivity performance targeting absorption, fluorescence, reflectance and scatter of fingermark deposits, as well as the surface they are deposited on, providing high contrast visualization. Includes the integration and combination of hyperspectral and multispectral imaging for high contrast image capture.
BlindSite Scene MULTI-EVIDENCE
Optimized to search, locate and capture latent fingermarks on non-porous surfaces, trace DNA, blood and semen. Integrating high sensitivity performance targeting absorption, fluorescence, reflectance and scatter of evidence deposits, as well as the surface they are deposited on, providing high contrast visualization. Includes the integration and combination of hyperspectral and multispectral imaging for high contrast capture of various evidence types on multiple surfaces and trace DNA.
