foster+freeman centre stage at the 2022 IAI Conference
The IAI Conference is a whirlwind of forensic and crime scene activity. As a leading sponsor at the event, foster+freeman took centre stage, hosting workshops and demonstrating our technology.
Forensic disciplines combine to develop new fingerprinting technique that could help spot document fraud
In a paper published by New Scientist, foster+freemans’ Dr Roberto King outlines a new technique that could be important in cases of fraud.
Introducing MVC® FFLEX M: Fingermark Fuming, Updated
For more than 35-years, MVC® fuming cabinets have set the benchmark for performance and reliability as the dependable workhorses of forensic laboratories worldwide. Updated with a radical new design, the MVC®FFLEX M builds on that tried and trusted technology offering innovative new user-focused features to optimise results.
DISCOVER®, a 2-part solution for the search, detection, and imaging of evidence at the crime scene and in the laboratory
A laboratory docking system for the handheld Crime-lite AUTO forensic search and imaging tool, DISCOVER brings the functionality, ease of use, and high quality of results produced by the ‘AUTO’ into the fingerprint laboratory.
Meet AARI®, the unique new fingerprint imaging system that uses Artificial Intelligence to detect ridge detail and assist forensic examiners.
The AARI (Amino Acid Rapid Imager) combines fully-integrated illumination and imaging technology that streamlines the fingerprint visualisation, imaging and mark-up process, completing in under 2-minutes tasks that may previously have taken hours.
Longwave Reflected UV for the Enhancement of Cyanoacrylate Fumed Fingerprints
Longwave Reflected UV for the Enhancement of Cyanoacrylate Fumed Fingerprints Research conducted by Foster+Freeman, has added further weight to the argument that Longwave Reflected-UV (LWUVR)…
Visualising Fluorescent Fingermarks Developed Using 1,2 Indandione
Visualising Fluorescent Fingermarks Developed Using 1,2 Indandione A study has demonstrated that by trimming the illumination wavelength and narrowing the viewing bandwidth, markedly better results…