Forensic science requires high-performance versatile analytical instruments which are reliable and traceable. Renishaw's Raman systems deliver these key requirements and are used in forensic science laboratories worldwide.
Versatility is evident
You can accurately detect and analyse small fragments of material with Renishaw's Raman systems.
- Identify particles, fibres and materials
- Analyse paint smears from vehicle collisions
- Identify narcotics
- Detect counterfeits
- Identify traces of explosives and gunshot residues
- Differentiate pen and printer inks, and determine the sequence with which lines cross on questioned documents
Renishaw's Raman systems produce data that accurately represents the sample, time and time again. They perform routine internal health checks so you can be confident in your data.
Investigate using different techniques
Raman analysis is non-contacting and non-destructive. You can analyse your samples multiple times and subsequently study them with other techniques.
Bring chemical analysis power to your scanning electron microscope (SEM), by adding a Renishaw SEM-SCA Raman system. Identify not just the elements present but their chemical structures too.
When speed is of the essence
Rapid analysis of even minute particles is at the heart of forensic science. Some key forensic techniques are slow. With Renishaw Raman systems you can quickly identify suspect materials or detect target substances.
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Downloads: analytical sciences (forensics)
Brochure: inVia InSpect confocal Raman microscope
The perfect addition for trace analysis in your forensic laboratory.
Data sheet: inVia InSpect confocal Raman microscope
The Renishaw inVia InSpect confocal Raman microscope has been optimised for use in forensic laboratories for trace analysis.
- Application note: GSR analysis with inVia InSpect
Application note: Particle analysis of trace fingerprint residue
Details of how the inVia™ Qontor© confocal Raman microscope and Particle Analysis software module were used to analyse traces of material in fingerprint residues.
To be truly useful in a highly practical and physical environment, chemical imaging needs to be versatile and forgiving over a range of object surfaces. We put Raman imaging to the test by analysing a fingerprint on the side of a soda can.
Raman analysis allows for rapid, non-destructive testing of questioned areas with the specificity to distinguish different ink types that may look identical. We test a method for analysing crossed ink lines to identify possible forgeries.