At the crime scene or in the forensic laboratory, the Crime-lite X provides up to 175x wavebands of intense illumination for the detection and examination of physical evidence.
A complete ALS kit in a single light source, the Crime-lite X includes White, UV, Violet, Blue, Blue/Green, Green, Orange, Red and Infrared LEDs.
DCS 5 is a comprehensive imaging system for the detection, capture, and enhancement of almost any type of fingerprint on any surface or background to ensure that maximum detail is revealed.
Used by leading forensic laboratories worldwide, DCS 5 includes all of the hardware and software components required to improve the visualisation of every type of fingerprint whether it be latent, contaminated or chemically treated.
Now available on demand
Cyanoacrylate or 'superglue' fuming is one of the most widely used techniques in forensic fingerprint laboratories worldwide.
First discovered in the late 1970s, the method of heating 'glue' to the point that it evaporates, binding itself to any latent fingermarks, is so simple and effective that there has been very little reason for it to change during the 40+ years it has been in use.
However, while the method of fuming may not have changed, there have been significant advances in the way that we visualise and examine the resulting marks...
Providing accurate and repeatable results to examiners, our trace evidence analysis range of instruments provide facilities to compare and identify fragments of evidence using techniques including, GRIM glass analysis; UV-Vis-IR Micro spectrometry; Fluorescence imaging etc.
A demonstration of how forensic light sources and the foster+freeman family of fingerprint examination systems may be used to investigate arson scenes.
Stray hairs and minute broken fragments of fibres can provide forensic examiners with vital clues during a criminal investigation, potentially connecting a suspect or victim with a crime scene.
In this webinar, we take a look at the latest technologies for detecting and then analysing these items of high evidential value.
Last year we ran a webinar focussed on arson and fire scene investigation that was really well received. We had some great feedback and enough questions on the subject to make us think that it deserved a second visit.
So, having set fire to another bag full of ‘evidence’, we are ready to demonstrate once again some of the latest and most effective forensic arson investigation techniques.
Fingerprint visualisation and image capture is a constantly evolving discipline that requires forensic photographers to experiment with new techniques and technologies in order to get the best possible results.
In this webinar, we'll look at some of the techniques that our experts have picked whilst visiting labs around the world, and explore some of the new technologies that are enabling photographers to achieve better results than ever before.
Crime scene examiners and forensic teams carry a lot of kit because they never know exactly what to expect when they're called to a scene. By reducing the size of the equipment and developing multi-functional technology, it is now possible to create a fully functioning mobile crime lab.
In this webinar, we'll be looking at the new technologies that have been designed to deliver lab-quality examinations at the crime scene.
Throughout the webinar, we'll be using our range of Crime-lites to explain the theory and techniques that enable forensic examiners to reveal vital traces of evidence in cases of sexual and physical assault, not to mention the countless other crimes that may require the human body to be investigated as a crime scene in its own right.
Wildlife forensics is a relatively new field of criminal investigation that in many countries lags far behind other fields of forensic science in terms of budget and the availability of manpower, equipment and resources.
In this webinar, we focus on getting the most out of a limited range of equipment and also in using common forensic tools and instruments, occasionally in unexpected ways, to examine wildlife crimes.
