Raman spectrometer ReactRaman

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In-situ Raman spectrometers enable scientists to measure reaction and process trends in real time, providing highly specific information about kinetics, polymorph transitions, mechanisms, and the influence of critical process parameters (CPP). With ReactRaman™, users directly track the concentration of both solid and liquid reactants, intermediates, products, and crystal forms as they change over the course of the experiment. ReactRaman provides critical information to scientists as they research, develop, and optimize reactions and processes. A high-performance in-situ Raman spectrometer, coupled with an intuitive, integrated software platform ensures reliable and high-quality reaction information from every experiment. From data collection to analysis, ReactRaman with iC Raman software brings compositional analysis to every lab. Automated parameter selection provides accurate data collection, enabling scientists to get confident results. Right first time, every time, in every process for every user. Comprehensive Reaction Understanding In order to understand chemical reactions, chemists use Raman spectrometers to address the following: When does the reaction start? When does the reaction stop? What polymorph is being produced? What are the reaction kinetics, mechanisms, or crystallization processes? Did it react as expected? Did any byproducts form, and why? What happens if reaction temperature, dosing rates, or mixing rates change? Continuous monitoring with in-situ Raman spectrometers allows users to trend components over time for a 'molecular video' of the reaction — making it easy to answer critical questions for reaction and process optimization.