Microbiology Identification Systems

Automated platforms for bacterial and fungal species identification. These systems provide rapid and accurate microbial identification in clinical settings.

Automated or semi-automated systems for rapid bacterial and fungal identification from pure cultures. Combines biochemical reactions and databases for accurate species identification.

Laboratory systems for rapid bacterial identification from culture isolates. Utilizes biochemical, mass spectrometry, or molecular methods for accurate identification.

Mass spectrometry system designed for rapid identification and classification of microorganisms in clinical and laboratory settings. Provides fast results for microbial characterization and infection diagnosis.

Automated system for identification of bacterial isolates in industrial microbiology applications. Provides rapid and accurate bacterial classification for quality control and process monitoring purposes.

Mass spectrometry-based platform for rapid identification of microorganisms in clinical samples. Reduces microbiology testing time from days to hours, enabling faster diagnosis and treatment decisions in laboratory settings.

Automated analyzer for microbial identification and antimicrobial susceptibility testing in clinical microbiology laboratories. Delivers rapid pathogen identification and drug resistance profiling to support infection diagnosis and treatment decisions in hospital settings.

Automated system for rapid identification and susceptibility testing of pathogenic microorganisms. Utilizes biochemical and enzymatic reactions for accurate organism classification in clinical microbiology laboratories.

MALDI-TOF mass spectrometer for rapid microbial identification in clinical microbiology laboratories. Provides fast and accurate identification of bacteria and fungi from blood cultures and other clinical specimens, supporting antimicrobial stewardship and patient management decisions.

A microbial rapid identification and classification system that can identify and classify microorganisms within minutes, representing a revolutionary innovation in microbial identification technology. The system features a powerful database covering nearly thousands of bacterial species, yeasts, molds, and mycobacteria strains. It is widely applicable in clinical diagnosis, food and animal (import/export) inspection and quarantine, food processing safety and quality control, environmental microbial detection, and even biodefense applications.

An automated system for bacterial and fungal identification and drug susceptibility analysis using proprietary image acquisition technology. Automatically analyzes and interprets identification and susceptibility results while generating laboratory reports.

Automated system for identification of bacterial isolates and determination of antimicrobial susceptibility. Provides rapid analysis of drug resistance patterns to support clinical decision-making and antibiotic stewardship programs.