Opu Tiancheng releases ATR7010Raman spectroscopy analyzer for in-situ reaction processyesoneplantProbe based Raman spectroscopyquantitativeanalyzerIt can monitor the content and changes of various components in the reaction process system in real time, as well as the crystal transformation during the crystallization process, that is, process analysis technology（PAT，Process Analysis Technology）。 In scientific research institutes, chemical and pharmaceutical enterprises, it can be used for research and development, process development, and production of chemical reactions. By detecting the real-time Raman spectra of the components in the reaction system and conducting quantitative analysis, it can track the changes in key materials, help users accurately understand the reaction process, determine key process parameters, optimize processes, improve product quality, and achieve efficient, safe, and stable scaling up production.

ATR7010 is a groundbreaking in-situ Raman spectrometer developed by Auspectrum Tiancheng in response to market demand. It uses a cooled high-sensitivity CCD, which makes the instrument have good environmental adaptability. It adopts an optimized high-temperature resistant long rod Raman probe, making it very suitable for enterprise production and laboratory scientific research.

ATR7010 is a multifunctional software for random delivery, which enables real-time monitoring of key information during the reaction process and automation of spectral analysis, supporting users to quickly extract the required information and making subsequent decisions more easily.

Product Features

lquantitative detectionNo need for complex sampling work, saving time and effort; Prevent operators from coming into contact with highly corrosive, toxic, flammable, and explosive chemicals to improve safety;

lreal-time detectionCan assist in setting reaction conditions, achieve reaction endpoint alarm, and save productiontime-consumingTo avoid excessive alarms for side reactions, by-products, or impurities, promptly detect abnormalities, and reduce losses;

lhigh sensitivity：Adopting a high-sensitivity refrigeration typeCCD，It can achieve quantitative detection of low concentration and residue, and can detect concentrations as low as0.1%；

lHighly adaptableThe instrument design takes into account both volume and performance, using high temperature resistanceAcid and alkali resistantLong rod Raman probe, suitable for use in various complex environments such as research laboratories and enterprise production;

lOne click analysisEquipped with powerful and user-friendly spectral analysis software, one click operation means that whether it is an expert or a first-time user, it meansUsers of Raman spectrometers can quickly and accurately collect and analyze data.

Typical Applications

lCrystallization process ● Biocatalysis and Enzymatic Catalysis

lPolycrystalline identification ● Flow Chemistry

lpolymerization ● Biological process monitoring

lhydrogenation ● synthetic reaction

lchemical synthesis