TRACE EVIDENCE ANALYSIS 

Foster + Freeman instruments increase the value of forensic trace evidence by enabling examiners to compare and identify minute fragments of evidence using a range of techniques. Instruments provide accurate and repeatable results while at the same time reducing the time, labor, and difficulty often associated with trace evidence analysis.

 

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  Trace Evidence Workstation    Raman Spectroscopy  
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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 multi-examination trace evidence analysis instrument    

ffTATM 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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 Brochure PDF  Download VSC6000 Brochure

 

 

 

 

 

 

Forensic Raman Spectroscopy

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

 Foram Raman Spectrometer  
Raman spectra libraries

Foram®3

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

Raman Spectra Databases

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

Full Product Details

 

Full Product Details

 

Brochure PDF  Download VSC6000 Brochure

Brochure PDF  Download VSC6000 Brochure

 

 

 

 

 

 

TRACE EVIDENCE ANALYSIS TECHNOLOGY

FORENSIC EVIDENCE TYPES

APPLICATION STUDIES (PDF)

FORENSIC TRAINING COURSES
  > Fluorescence imaging > Drug Residues > ECCO: Clandestine Lab Materials > CSI Evidence Recovery
  > Glass Refractive Index Measurement (GRIM) > Fibres > ffTA: Discriminating Automotive Paints > Using Trace Equipment
  > UV-VIS-IR Microspectrometry > Glass Fragments > Foram: Discriminating Meth Precursors  
  > Polarised Light Microscopy > Gunshot Residues (GSR) > ECCO: Discrimination of printer toners  
  > Laser Induced Breakdown Spectroscopy > Hair (human/animal)    
  > Surface Enhanced Raman Scattering > Shoe Prints    
    > Paint Chips