Fluorescence lifetime imaging microscopy (FLIM)

Correlated FLIM-Raman analysis on Renishaw’s inViaTM confocal Raman microscope.

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Combine imaging techniques with the Correlate™ module

Correlate™ enables the comparison of Raman results with many commonly used microscopy systems including SEM, fluorescence, AFM, Infra-red and optical microscopes

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Raman spectroscopy for oncology research (and drug delivery research)

Raman microscopy is routinely used for characterization and identification of material, but the need for this molecular imaging and analysis technique has become increasingly important in biology.

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Combining Raman microscopy with scanning electron microscopy (SEM) to study inorganic and mineral samples at the Geological Institute of Romania, Bucharest

The Geological Institute of Romania, located in Bucharest, was founded in 1906. It is famous for its museum which hosts a collection of more than 80,000 samples of rocks, fossils and minerals from all over Romania. They combine Raman microscopy with scann

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StreamLine™ Plus – sets the standard for fast chemical imaging

To meet the market requirement for ever-faster chemical imaging systems, Renishaw has combined hardware, software, and firmware to optimise data collection, visualisation, and processing. This latest generation of fast Raman imaging systems - StreamLine™

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It's in the touch - identifying trace material within a fingerprint

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.

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