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inVia Raman microscopes - inVia Raman microscopes

inVia Raman microscopes - inVia Raman microscopes
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inVia Raman microscopes - inVia Raman microscopes - 1

High performance Raman spectroscopy inVia™ Raman microscope www.renishaw.com/raman

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Harnessing the analytical power of Raman spectroscopy inVia™ Raman microscope Raman spectroscopy inVia is Renishaw's material analyser, comprising a research-grade optical microscope coupled to a high‑performance Raman spectrometer. Raman spectroscopy reveals the vibrations of molecules and crystals. With this information you can identify substances and also determine other valuable details, such as the level of stress in crystals. Researchers tackling the most challenging analytical problems rely on the proven high performance, versatility, and flexibility of inVia microscopes. One single...

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What can inVia do for me? Give you control Give you peace of mind Configure inVia to meet your current requirements; reconfigure as your requirements change. inVia's high stability ensures repeatable and reliable data. • inVia supports laser wavelengths from the near infrared to the deep ultraviolet, with automated high performance filter and detector technology to match. You can easily select the best laser for the job. • inVia's research-grade Leica microscope offers superb support for a wide variety of sample types and sample chambers (such as high- and lowtemperature, high-pressure, and...

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Life sciences Seeing tissues and cells Researchers in the life sciences are increasingly using inVia to acquire information-rich chemical images. inVia's high signal-to-noise ratio, high resolution, and high speed enable the rapid acquisition of images that reveal subtle differences between tissue types, with the resolution to see structures within individual cells. And all without the need for timeconsuming sample preparation or the use of invasive dye markers. StreamLine Plus Raman images of oesophageal tissue, with: (left) visible histological section; (centre) Raman image showing...

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Materials science Semiconductors Polymers, composites, catalysts, and more… inVia Raman microscopes perform vital roles in many semiconductor applications, such as measuring stress in silicon microelectronics, and helping in the development of novel photovoltaic cells. inVia characterises both semiconductor materials and completed devices, and can assess crystalline quality, local stress/strain, dopant/impurity levels, and even temperatures in operating devices, on a sub‑micrometre scale. The inVia Raman microscope is ideally suited for the analysis of the varied and challenging range of...

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Chemical sciences Pharmaceutical Cosmetic inVia Raman microscopes fulfil critical analytical roles at many stages of the drug discovery and development process. Applications range from monitoring for new polymorphs during pharmaceutical development, to troubleshooting problems such as poor tablet dissolution. In the former, inVia's flexibility maximises the range of drugs that can be investigated; in the latter, inVia's rapid imaging technologies enable the acquisition of chemical images of tablets in minutes. inVia gives you the sophisticated information you need. inVia's capabilities...

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Earth sciences Geology and mineralogy inVia incorporates a research-grade optical microscope, allowing you to use traditional petrographic techniques, but the power of Raman spectroscopy brings you so much more. Chemical images of sections reveal mineral content and textural relationships on a microscopic scale, without any need for wet chemical treatments; analysis becomes more rapid and more accurate. “” "We chose the inVia system for its excellent Raman mapping module combined with high spectroscopic capabilities which are both needed for studying complex and heterogeneous objects of...

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Analytical science Art and cultural heritage The sympathetic restoration of works of art and historical artefacts is a major concern for conservators, historians, and archaeologists, and relies on the accurate identification of the materials involved. With inVia you can analyse the composition of paints, pigments, and corrosion products in situ, nondestructively. inVia's flexibility ensures that you can study all sizes of item, from small figurines (that can be analysed under inVia's optical microscope) to larger paintings (that can be analysed with remote fibre-optic probes or with custom...

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Expertise Here to help Renishaw's team of highly qualified and experienced scientists and engineers is here to help you. From design, to production, installation, service, support, and training, there's a friendly expert available to make sure that you get what you need. Whatever your application, our scientists (drawn from the fields of physics, chemistry, and biology) will work with you to understand your analytical needs and help you develop the best methodology for your samples. Wouter van Beek using the combined Raman / high resolution powder diffraction (HRPD) / x-ray absorption...

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Leading the way in advanced analysis Involve inVia Nanoscale studies Techniques such as electron microscopy, atomic force microscopy, and confocal laser‑scanning microcopy enable us to study materials at high spatial resolutions and gain new information such as elemental content. However, on their own, these techniques do not provide direct chemical data. Renishaw has therefore developed a range of interfaces that enable inVia to be coupled to these systems. Researchers in nanotechnology need tools that enable them to not only image submicroscopic structures, but to chemically analyse them...

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Elemental information Raman spectroscopy is an ideal tool for identifying and distinguishing between organic and inorganic molecules and crystals. However, Raman spectroscopy cannot determine the elemental distribution in a sample, something that a scanning electron microscope (SEM) equipped with elemental energy dispersive x-ray spectroscopy (EDS) can do with ease. The chemical and structural analyser (SCA) unites inVia with a range of SEMs, resulting in a powerful and unique instrument that enables morphological, elemental, chemical, physical, and electronic analysis from the same spot on...

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