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Trace Evidence

Trace Evidence Workstation

Foster + Freeman's ffTA is a unique modular system that provides Raman spectroscopy, GRIM glass analysis, UV-Vis-IR Microspectrometry, Fluorescence Imaging, Polarised Light Microscopy and Image Processing, on a single microscope.

ffTA^TM multi-examination system

Powerful and versatile, the ffTA provides the forensic scientist with a range of techniques for the examination of trace evidence including glass fragments, bodily fluids, gunshot residues, drugs and illicit substances, paint chips, pigments, organic and synthetic fibers.

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Forensic Raman Spectroscopy

Fast, non-destructive and highly effective, Raman spectroscopy is an ideal technique for identifying and comparing substances of forensic value.

Foram®3

A range of Raman spectrometers designed for the analysis of forensic evidence

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Raman Spectra Databases

A selection of Raman spectra libraries for the identification of unknown substances.

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Forensic Laser-Induced Breakdown Spectroscopy (LIBS)

LIBS is a versatile elemental comparison technique that offers significant advantages in cost and efficiency, over other processes such as XRF, SEM, and mass spectrometry.

ECCO®

A turnkey system designed for the elemental analysis of paper, glass, metals, paint, fibers, minerals and gunshot residues by Laser-Induced Breakdown Spectroscopy (LIBS).

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Footwear Identification

Identify the make and model of a shoe or boot from its full or partial print to provide valuable information that can identify possible suspects and provide links between crimes.