Renishaw Raman

Within the pharmaceutical industry, when developing and manufacturing products, obtaining a full understanding of the physical and chemical make up of the product is vital.
This information can be used to speed up the development life cycle and to understand any issues that affect product quality.
Chemical imaging generates images of a sample based on the materials within that sample and their distribution.
These images mean that pharmaceutical companies can see, down to a micron, exactly what is in tablets, powders and liquids.
The RA802 Pharmaceutical Analyser is our most advanced chemical imaging system yet.

The future of pharmaceutical chemical imaging

For more information, visit www.renishaw.com/qontor

The inVia Raman microscope is renowned throughout the world for its sensitivity and throughput. The inVia Qontor is the most technologically advanced system yet, with ground-breaking LiveTrackô technology.

LiveTrack enables the user to lock focus to the surface or interface of their material. Navigation is simple and convenient. In white light mode, this enables simple navigation to find regions of interest. In Raman mode, LiveTrack ensures focus is tracked whether performing dynamic measurements such as sample heating and cooling, or using one of inViaís chemical image generation techniques.

For both micro samples demanding the ultimate precision, and macro samples with gross changes in surface topography, LiveTrack is equally effective.

When tracking the focus so accurately, you are able to make sure that you are getting the best spatial resolution possible. Your Raman images will be the highest quality that you can collect.
The liveness of LiveTrack, and the broad range of samples that you can apply it to, make it fairly unique.

Without LiveTrack, as you drop off the side of your sample, you are out of focus. With LiveTrack, as you go across the interfaces, the focus is tracked perfectly. This can be applied to map data collection to ensure that the Raman data is in focus over the whole topography of the sample. 

The difference to what you had before is incredible. It will benefit people doing their current work by making it easier and more convenient, and by removing a lot of sample preparation. It will also open up new application areas, because you can look at such gross sample variation in terms of topography, so you can track samples that you weren’t able to before.

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The Renishaw inVia Qontor confocal Raman microscope

Professor Robert J Young of the National Graphene Institute and School of Materials, University of Manchester discusses using Raman Spectroscopy to study graphene.

The benefits of using Raman spectroscopy to study graphene

The range of uses and the flexibility of the Renishaw inVia Raman microscope. A research grade, totally automated, totally configurable, highly flexible confocal Raman microscope.

Choose the Renishaw inVia confocal microscope for Raman analysis

The Renishaw inVia confocal Raman microscope and WiRE™ software for powerful, flexible, Raman imaging. Includes high resolution, large samples, big areas, high definition, confocal 3D images, domain analysis.

Raman chemical imaging with the Renishaw inVia confocal Raman microscope

Using a Renishaw inVia confocal Raman microscope and WiRE™ software to image a drop of nasal medication. The image build up is shown at true data collection speed using StreamLineHR Rapide. 

Renishaw Raman

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