ET-96DAT is a full-automatic bacterial endotoxin gel analyzer developed on the basis of ET-96AT automatic bacterial endotoxin gel analyzer. ET-96DA not only inherits all the functions of ET-96AT, but also further realizes the fully automated operation of bacterial endotoxin detection. It has multiple robotic arms working together to only dilute samples and standards, dissolve and add reagents, and 37 #176; C incubation, observation and result judgment through cameras. This replaces the traditional manual detection, observation, and recording process, and complies with the regulations of pharmacopoeias in various countries.
ET-96DAT is developed on the basis of ET-96AT automatic bacterial endotoxin gel testerAutomatic bacterial endotoxin gel testerET-96DA not only inherits all the functions of ET-96AT, but also further realizes the fully automated operation of bacterial endotoxin detection. It has multiple robotic arms working together, only diluting samples and standards, dissolving and adding reagents, incubating at 37 ° C, and observing and judging results through cameras. This replaces the traditional manual detection, observation, and recording process, and complies with the regulations of pharmacopoeias in various countries.
Automatic bacterial endotoxin gel testerIt is used for bacterial endotoxin gel method test. It uses ampoule filled tachypleus amebocyte lysate reagent for detection. Except for manually loading reagents and consumables, all the test steps are automatically completed by the instrument. It is an automatic instrument that can realize more complex bacterial endotoxin test operations, replace manual tests, and achieve standardized operations in accordance with the Pharmacopoeia. It has automatic incubation of overturned tachypleus amebocyte lysate reagent, visual identification records, and the whole process conforms to data integrity. The software operation is designed according to FDA CFR21 Part 11 specifications.The gel method, as an arbitration method, realizes automation, which is of great significance in the industry. It avoids human error, and the standardized automatic process greatly reduces the responsibility of testers.
