FLOW OPTIMIZATION

WORK IN LABORATORY

Connect sample preparation from closed tube and DNA or RNA extraction to PCR fully automatically.

Complete automation

Integrate pre-analytical and analytical processes on a single platform.

Greater operational efficiency

Reduce processing times and minimize manual intervention.

Integrated Workflow

Connect sample preparation with PCR and molecular hybridization.

VictoriaV96

A single platform for the entire molecular process

VictoriaV96 centralizes the main stages of molecular diagnosis in a single automated system. Unclogs and re-clogs primary tubes, rehydrates torund secas, performs nucleic acid extraction and prepares PCR plates, optimizing workflow from sample reception to molecular analysis.

TECHNOLOGY DESIGNED FOR COMPREHENSIVE AUTOMATION

Automatic uncapping and recapping

Compatible with different types of primary tubes used in the laboratory.

Rehydration of dry swabs

Automated sample preparation to optimize downstream processing.

Extraction of
nucleic acids

Complete automation of DNA and RNA isolation for molecular diagnostics.

Automatic PCR plate preparation

Standardized settings to improve analysis reproducibility.

Integration with VitroCycler and HybriSpot

Connectivity to create fully automated molecular workflows.

VITRO.
TU PARTNER INTEGRAL

IN MOLECULAR BIOLOGY

Comprehensive automation

Optimizing microbiological workflow from primary sample to final result.

Cost efficiency

Reduction of operating costs through optimized processes and greater productivity.

Multiple detection

Simultaneous detection of pathogen panels and markers using advanced technologies.

Traceability and connectivity

Bidirectional integration with LIS and complete control of the diagnostic process.

ARE YOU LOOKING FOR A COMPREHENSIVE SOLUTION FOR

YOUR DIAGNOSTIC LABORATORY?

Our specialized team helps you identify the technology, the most appropriate reagents and instrumentation to optimize your diagnostic processes.

With Vitro Molecular Microbiology solutions, we improve automation, traceability and laboratory efficiency, from sample to final result.

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