Product Recommendation | Process Monitoring and Quantitative Measurements with Raman Spectroscopy
2024-11-11
Raman system uses a highly sensitive Raman spectrometer, combined with embedded technology, high-stability lasers, temperature monitoring and dynamic calibration mechanisms, to achieve accurate online process monitoring and laboratory research and development applications in the fields of pharmaceuticals, petrochemicals, food, biology, etc. During process monitoring, we can quantitatively measure the concentration of substances.
Raman spectroscopy process monitoring is a real-time monitoring system for chemical reaction processes based on Raman spectroscopy technology. This system utilizes a high-sensitivity Raman spectrometer, combined with embedded technology, high-stability lasers, and mechanisms for temperature monitoring and dynamic calibration, to achieve precise monitoring of online processes in fields such as pharmaceuticals, petrochemicals, food, and biotechnology, as well as applications in laboratory research and development. During the process monitoring, we can perform quantitative measurements of substance concentrations.
Raman spectroscopy technology can monitor intermediates and final products in chemical reaction processes in real time, helping researchers better understand reaction mechanisms and process dynamics. This is of great significance for controlling reaction conditions and optimizing reaction pathways.
Software
The ATR7010 software combines temporal parameters to enable real-time monitoring of the dynamic processes of samples through Raman monitoring of three-dimensional spectrograms. This monitoring capability is significant for studying chemical reaction mechanisms, material phase transitions, and biological processes. Researchers can observe spectral changes of samples at different time points, allowing them to infer the physical or chemical processes occurring within the samples.
Content monitoring
Real time monitoring
For reactions that have been clearly studied, the concentration of the substance can be monitored online.
Summary
Optosky ATR7010 can monitor the reaction process of substances and also monitor the content of substances.
Quantitative measurement of glucose
Raman quantification can be used to quantitatively test glucose. The relative error of the test is small and the detection limit of the measurement is 0.2%.
Quantitative measurement of benzoic acid
The content of benzoic acid in white oil can be measured by Optosky Raman modeling software, and the detection limit is about 0.02%. Raman testing is non-destructive and fast. It can greatly increase the efficiency of customers by quantitatively analyzing substances through Raman.
Quantitative measurement of azo dye intermediates
The azo dye intermediates A and B can be measured through modeling, and A and B can be measured simultaneously for quantitative measurement.
Summary
Optosky ATR7010 can be used for quantitative monitoring of substances. The company's ATR3110 and other Raman instruments can also perform quantitative testing when paired with modeling software.
As a non-destructive and fast method, Raman has a wide range of applications in the qualitative analysis of materials. Optosky has developed a Raman quantitative system (including hardware, software, algorithms, etc.) based on its own experience, which can be used in material reaction process monitoring and quantitative measurement of materials. This can improve user efficiency and help country's high-quality industrial development. If you are interested in the above solutions, please contact E-mail: [email protected]
ATR7010-ONline Raman PAT
The ATR7010 can quantitatively monitor reaction processes and substances. Can be used for laboratory research in biology, medicine, chemistry, and other fields. The spectrometer is a high-performance spectrometer with high signal-to-noise ratio, which can be equipped with immersion or corrosion-resistant probes.
ATR7000-Online Raman spectrometer
ATR7000 online Raman spectrometer can monitor the concentration of substances in chemical and pharmaceutical production lines in real time. It is durable and can be customized with functions such as excitation wavelength, fiber length and communication.
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Raman peaks don't lie — if you know how to read them.
Let's have a look!
Let's have a look!
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ATR3100 Portable Raman Spectrometer Introduction