Fully Automated Mycobacteria Culture Monitoring System

Non-invasive instruments for real-time assessment of cell culture conditions including pH and metabolic parameters. Enable continuous monitoring without sample disruption.

A fully automated blood culture analysis system using continuous monitoring technology for the detection of pathogenic microorganisms in blood and sterile body fluid specimens. It meets clinical needs for bloodstream infection diagnosis and provides evidence for clinical antibiotic therapy.

A fully automated blood culture analysis system using continuous monitoring technology for the detection of pathogenic microorganisms in blood and sterile body fluid specimens. It meets clinical needs for bloodstream infection diagnosis and provides evidence for clinical antibiotic therapy.

A fully automated blood culture analysis system using colorimetric method with continuous monitoring technology. It is used for the detection of pathogenic microorganisms in blood and sterile body fluid specimens, meeting clinical needs for bloodstream infection diagnosis and providing evidence for clinical antibiotic therapy.

An automated blood culture system designed for the detection and identification of microorganisms in blood samples from patients with suspected bacteremia or fungemia. The system provides continuous monitoring and automated reporting for clinical microbiology laboratories.

A fully automated blood culture analysis system using continuous monitoring technology for the detection of pathogenic microorganisms in blood and sterile body fluid specimens. It meets clinical needs for bloodstream infection diagnosis and provides evidence for clinical antibiotic therapy.

A fully automated blood culture analyzer designed for the detection of pathogenic microorganisms in blood and sterile body fluid specimens. The system supports clinical diagnosis of bloodstream infections and provides guidance for clinical antibiotic therapy.

An automated microbial identification and drug susceptibility system based on colorimetric/turbidimetric principles. The system automatically recognizes test plate types, selects appropriate procedures, maintains constant temperature culture, and monitors microbial growth. It automatically determines negative and positive results in reagent plate reaction wells based on color and turbidity changes, and performs species identification of clinical pathogenic bacteria (gram-negative, gram-positive bacteria, and fungi) and semi-quantitative analysis of antimicrobial agent MIC values.

An automated molecular detection device developed by Changzhou Trendi Medical Technology based on their core LAMP-BIOSENSOR-AI platform technology. The instrument is designed for rapid genetic screening and detection applications across medical, food safety, and veterinary testing domains. It represents part of the company's comprehensive diagnostic solutions released in 2023.

A next-generation microbial mass spectrometry rapid identification system equipped with a powerful database covering thousands of bacterial and fungal strains including mycobacteria, Nocardia, yeast-like fungi, and filamentous fungi. The system has undergone comprehensive upgrades in key components, high-pressure control systems, and assembly precision, further enhancing product performance. It is widely applicable in clinical diagnosis, infectious disease prevention and control, food and animal (import/export) inspection and quarantine, food processing safety and quality control, environmental microbial detection, and biodefense.

Compact automated molecular biology instrument designed for syndromic analysis of multiple infection pathways and genetic conditions. This system integrates real-time PCR capability for high-throughput diagnostic testing in clinical and laboratory settings.

An automatic sample loading device designed for use with the microbial identification and drug susceptibility test card series produced by Zhuhai Meihua Medical Technology Company.