Webinar – Latent prints: Can we really develop marks without chemical treatment?
The webinar will focus on the processes which can be used within the forensic field to detect and capture latent fingermarks without using any chemical treatment.
The webinar will focus on the processes which can be used within the forensic field to detect and capture latent fingermarks without using any chemical treatment.
Desde hace 20 años, foster+freeman es pionera en el uso de LEDs en fuentes de luz forense portátiles. Hoy, nuestra gama de fuentes de luz está redefiniendo una vez más las expectativas de nuestros usuarios.
En este seminario web, examinamos los nuevos avances en la tecnología de fuente de luz forense (ALS) que pueden revolucionar la forma en que los investigadores examinan la escena del crimen.En este seminario web, examinamos los nuevos avances en la tecnología de fuente de luz forense (ALS) que pueden revolucionar la forma en que los investigadores examinan la escena del crimen.
As a fingerprint examiner, it won’t be a surprise to you that every part of the fingerprint workflow needs to be validated and proven to be effective, however, the chemicals used on your fingermark during the development process aren’t. So how do you know if the chemicals you are using are actually effective? Join this week’s webinar to find out more about our solution.
Anti-Terror forensics has become an increasing demand as terrorism persists to be a global threat to hundreds of countries everyday. The webinar will include information on the basics of anti-terror forensics and the evidence surrounding this topic, bringing in a recent product innovation which can develop fingermarks on explosive devices; a fingerprint technology exclusive to foster+freeman.