FastCheck   Automated Rapid AST System  

FastCheck is a microbial drug sensitivity analyzer based on direct counting of microorganisms. The timing scheduling mechanism based on tight timing arrangement of multiple channels enables single-copy detection to be completed in about 10 minutes under the framework of the main AST kit. The overall drug sensitivity test time cost brought by the integrated design of combination of incubation, sampling and testing can be controlled within 2 hours. With the Maldi-TOF microorganism mass spectrometer, the identification drug sensitivity test report of positive blood culture samples can be given within 2 hours.

FastCheck greatly shortens the time-consuming process of targeted drug screening for microbial drug sensitivity, especially for sepsis. Compared with turbidimetric method, a direct counting way based on the Coulter Counter theory has significant advantages both on efficiency and accuracy. It realizes the leap from qualitative detection to quantitative detection, and leads the technological change of microbial drug sensitivity detection, especially the rapid drug sensitivity detection of sepsis.

patented volumetric metrology control technology protects the data integrity of a single drug susceptibility test. It is the first choice for microbial susceptibility testing such as sepsis.

• Automated Rapid Microbiology System for Antibiotic Susceptibility Testing:

        10 sets of 48-wells antibiotic susceptibility panels per instrument run;

• Automated Inoculation System for bacterial suspension and panel preparations:

        Ensure constant concentrations of test samples and reduces potential microbial cells aggregation during preparations;

• Patented Single-cell Detection System:

        Real-time measures the quantity and size of microbial growth under different concentrations of antibiotics; Robust designs with well-established multiple algorithms, obtaining accurate and fast real Minimum Inhibitory Concentration(MIC) values, plus expertized results interpretations;