Fully Automated Fluorescence Staining Intelligent Analysis System

Automated fluorescence staining and analysis system with intelligent image processing capabilities. Designed for high-throughput microscopy-based diagnostic applications in clinical laboratories.

AI-powered fluorescence imaging system for real-time scanning and analysis of diagnostic samples. Enables automated detection and quantification of fluorescent signals in molecular diagnostics, PCR assays, and genomic testing applications. Integrates image acquisition with intelligent analysis algorithms for pathogen identification and genetic variant characterization.

Automated system for comprehensive cell and microbial specimen analysis. Provides morphological assessment and classification of cellular and microbiological samples.

An automated hematology analyzer utilizing nucleic acid fluorescence staining technology for high-sensitivity analysis of abnormal cells. The system features multiple model configurations with differential parameters, specific staining to eliminate interference, and is supported by a CNAS-accredited reference laboratory to ensure traceability.

An automated urinalysis system integrating physical, chemical, and morphological component analysis in a single platform. It employs planar flow technology to effectively prevent particle aggregation and overlap, utilizes artificial neural network deep learning technology for intelligent cell identification, and provides comprehensive reagent, consumable, calibration, and quality control support.

Automated analyzer designed for processing and analyzing fecal specimens in clinical laboratory settings. The instrument automates fecal sample pretreatment and rapid detection workflows to improve efficiency and reduce manual handling by laboratory personnel.

An automated system for nucleic acid detection and analysis designed for high-throughput molecular diagnostics. The system integrates sample processing, PCR amplification, and result analysis in a single platform for clinical and research applications.

A digital imaging analysis system for automated Gram staining interpretation and bacterial identification in microbiology laboratories. The system provides quantitative analysis and digital documentation of stained microorganism samples.

Automated analyzer for semen analysis using microscopic imaging technology to assess sperm morphology, motility, and concentration. Supports male fertility evaluation and immunological infertility diagnosis.

Automated AI morphological analysis system for rapid cell and tissue specimen classification in laboratory settings. Utilizes artificial intelligence to identify and quantify morphological features for pathology and hematology applications. Designed to enhance diagnostic accuracy and workflow efficiency in clinical laboratories.

A fully automated analyzer designed for comprehensive stool analysis in clinical laboratory settings. The system streamlines the diagnostic process for detecting abnormalities in stool samples.

Comprehensive automated platform combining chemical and microscopic urine analysis in a single integrated system. Suitable for routine clinical laboratory diagnostics.