Food (including beverage) industry
Raman analyzer can provide real-time online analysis and testing of production processes for the food processing and beverage production industries, achieving automated online control of food and beverage processing and production. Over the past decade, the application of Raman technology in the food and beverage industry has grown significantly. Raman analysis provides reliable technology for the detection of food ingredients, anti-counterfeiting in the food industry, pesticide residues, food additives, and toxins.
The Subo Photon Raman real-time online analysis solution can provide fast, real-time online/offline, non-invasive detection and prediction for the food industry, from food oils to various protein analysis. It also provides monitoring and quality control of the food and beverage production process. Our technical personnel can provide you with detailed production optimization solutions and related reports in a short period of time based on your company's production status and Raman online analysis results.
Specific application scenarios in industries such as food and beverage:
Testing the composition of fats/oils;
Analyzing alcohol composition；
Special sugar components；
Structural characteristics of grains and other crops；
Relevant quantitative analysis, etc
The pharmaceutical industry
Raman analysis technology has been proven to be an innovative technology in the pharmaceutical industry, and has been increasingly accepted and adopted by pharmaceutical companies, especially biopharmaceutical companies. In recent years, it has become one of the most popular testing tools. Combined with stoichiometry, Raman analysis technology provides a highly sensitive and high-resolution quantitative analysis tool for pharmaceuticals. It can be used for characteristic analysis based on drug molecular structure to reveal molecular structure information in solid and liquid phases, as well as drug formula molecular formula and quantitative information. Online monitoring and analysis can reduce downtime, achieve continuous production, ensure stable production processes, reduce personnel interference, and help improve product quality and reduce production costs. Specific applications include:
Drug efficacy testing;
Drug crystallization monitoring;
Detection of by-products during drug synthesis process;
Detection of raw material residues during drug synthesis;
Monitoring of expected deviation of active ingredients;
Terminal product quality inspection, etc