IAN

I-dOne is a next-generation microorganism identification system using ATR FTIR technology for rapid, single-step bacterial identification in clinical microbiology laboratories. The device enables quick pathogen detection including Legionella species, supporting faster antimicrobial stewardship decisions at the point of care.

Automatic colony counter and inhibition zone reader for microbiological analysis. AI-powered system digitizes petri dish processing with real-time counting, data tracing, and secure parameter sharing. Designed for quality control laboratories requiring rapid, accurate microbial enumeration and compliance with industry standards.

Integrated automated system for specimen processing, staining, and analysis with artificial intelligence. Processes samples from original tubes to generate reports automatically, capable of identifying epithelial cells, leukocytes, bacteria, fungi, and other microorganisms in vaginal secretions.

Integrated automated system for vaginal secretion microscopy analysis including automated sampling, spreading, staining, and AI-powered image analysis. Identifies epithelial cells, leukocytes, clue cells, bacteria, fungi, protozoa, and other microorganisms with automated microbial ecology and morphology reporting.

Fully automated microbial identification and antimicrobial susceptibility testing system for clinical laboratories. Integrates bacterial culture, morphology detection, identification, and drug sensitivity analysis to support rapid infection diagnosis and guide appropriate antibiotic therapy. Designed for high-throughput processing in clinical microbiology departments.

Laboratory equipment and systems for identification and characterization of microorganisms in clinical samples. Facilitates rapid and accurate bacterial identification in diagnostic workflows.

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

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

An automated microbial identification and drug susceptibility testing system based on colorimetric and turbidimetry principles. Capable of automatically identifying test plate types, performing microbial species identification, and conducting antimicrobial susceptibility analysis for gram-negative bacteria, gram-positive bacteria, and fungi in clinical settings.

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 microbiology analyzer for bacterial colony enumeration and identification. Used in clinical and research laboratories for microbial analysis.

Integrated system for automated microbial identification and susceptibility testing in clinical laboratories.