Voltan Viral Load Determination System

A viral detection and identification system for clinical laboratory testing. The system provides automated results for rapid diagnosis of viral infections.

A diagnostic system for viral testing applications. The VIRENA system is designed to support laboratory viral detection and identification workflows.

Fully automated CLIA analyzer for infectious disease serology enabling simultaneous execution of over 90 infectious markers in a single-test format with random access capability. The system performs continuous-load, high-throughput infectious serology testing including influenza subtypification, tuberculosis differentiation, and Candida auris detection without requiring on-board reagents.

Medical diagnostic analyzer system for laboratory use. Designed for automated processing and analysis of biological samples in medical testing.

Turbidimetric system for in vitro diagnostic testing that measures particle concentration in biological samples through light transmission analysis. Designed for clinical laboratory applications including immunoassay and chemistry analysis. Supports automated sample processing with quantitative result generation.

Automatic laboratory analyzer designed for in-vitro diagnostic testing in clinical and hospital settings. Provides quantitative analysis capabilities for medical testing.

Fully automated system for analysis and classification of vaginal secretion samples. Identifies bacterial vaginosis, yeast infections, and normal conditions. Delivers quantitative and qualitative results.

Automation system for quantitative PCR testing providing accurate and reproducible results for diagnostic pathogen identification. Designed to standardize workflow processes in clinical laboratory settings.

A 16-channel real-time fluorescence quantitative PCR system for molecular diagnostics and pathogen detection. This analyzer enables high-throughput genetic testing and viral load quantification across multiple samples simultaneously.

Fully automated analyzer for vaginal microecology assessment using chemical reaction methodology. Detects bacterial vaginosis, trichomoniasis, candidiasis, and vaginal microbiotic status through colorimetric reactions with automatic sample loading, result interpretation, and report generation.

Fully automated laboratory analysis system for high-throughput processing of diagnostic samples, providing rapid turnaround times and standardized results in clinical laboratory environments.

A real-time quantitative PCR system with 96-well capacity for fluorescent detection and analysis of nucleic acids. This laboratory instrument is used for gene expression analysis, copy number variation detection, and viral load quantification in research and diagnostic applications.