Food Mycotoxin Analyzer

The grain mycotoxin detector employs a fluorescent quantitative rapid detection principle, primarily used to measure mycotoxin levels in grain, oil, cereals, and feed, including aflatoxin B1, aflatoxin M1, zearalenone, vomitoxin, fumonisin, etc., as well as heavy metals in grains such as lead and cadmium. The testing samples include grains (rice, corn, wheat, barley, sorghum, etc.) and their products, feed and its raw materials, edible oils, milk and its products, etc.; Sample pretreatment is simple, and the entire testing process takes 12 minutes. The product is suitable for local grain warehouses, grain production enterprises, feed mills, various livestock farming enterprises, flour mills, food processing plants, third-party testing institutions, and government regulatory departments at all levels.

• High stability: Uses imported fluorescent microspheres with uniform particles, ensuring product stability from the source and good reproducibility within and between batches; the test strips can be stored at room temperature without refrigeration; after testing, the test strips can be dried and stored for one year, ensuring traceability of results; Equipped with a temperature-controlled device, one strip per well, automatic timing, unaffected by external temperature and humidity, suitable for a wider range of environments.

• Rapid and accurate quantification: Combines the advantages of colloidal gold rapid testing, enzyme-linked immunosorbent assay quantification, and chromatographic accurate detection, achieving rapid and accurate quantitative testing.

• Built-in quantitative standard curve: The instrument has a built-in standard curve, eliminating the need for standard samples. No standard curve needs to be created during testing, saving costs and preventing operators from coming into contact with vomitoxin, thereby protecting their safety.

• On-demand testing: There are no requirements for the volume of testing samples. Samples can be tested on-demand, whether individually or in small quantities, or in large quantities simultaneously, and on-site testing is also possible.

• Low requirements for supporting equipment: There are low requirements for supporting pre-processing instruments, equipment, and personnel. Operators can master the process with short-term training.

• High cost-effectiveness: Achieve the quality and results of chromatographic testing at one-third the cost of imported equipment, while saving manpower and resources and significantly reducing testing costs.

• Professional and hassle-free: Sample curves can be customized according to user needs, and remote operation is possible without the need to return the instrument to the factory.