FULLY AUTOMATIC MICROORGANISM IDENTIFICATION AND DRUG SENSITIVITY ANALYSIS SYSTEM

The present invention provides a fully automatic microorganism identification and drug sensitivity analysis system. The system includes a whole housing, where a sample addition unit, a sample identification and recording unit, a microplate carrying unit, an incubation unit, a testing unit and a microplate transfer unit are provided in an internal chamber of the whole housing; the sample addition unit automatically carries out the mounting/dismounting of a pipette tip, the aspiration of a pipette body and the sample addition on a microplate; the sample identification and recording unit is located on one side of the sample addition unit, and scans, records and automatically selects a sample bottle filled with a sample; the microplate carrying unit is located on the other side of the sample addition unit, and is used for loading, scanning and recording the microplate; the incubation unit incubates the microplate after sample addition; the testing unit carries out microbial identification and drug sensitivity testing on the microplate after being incubated; the microplate transfer unit serves as a connecting mechanism between the microplate carrying unit, the sample addition unit and the incubation unit; the microplate transfer unit transfers the microplate from the microplate carrying unit to the sample addition unit, and then transfers the microplate from the sample addition unit to the incubation unit. The present invention has the advantages of simple and convenient operation, large-volume sample processing and high degree of automation.