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Trace Evidence Workstation | Raman Spectroscopy | |||
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Trace Evidence WorkstationFoster + 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. |
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ffTATM multi-examination system |
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Brochure PDF ![]() |
Forensic Raman SpectroscopyFast, non-destructive and highly effective, Raman spectroscopy is an ideal technique for identifying and comparing substances of forensic value. |
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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. |
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TRACE EVIDENCE ANALYSIS TECHNOLOGY |
FORENSIC EVIDENCE TYPES |
APPLICATION STUDIES (PDF) |
FORENSIC TRAINING COURSES |
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> 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 | |||||