DropDx Two-Unit CE-IVD dPCR System

CE-IVDR certified digital PCR systems designed for clinical laboratories, enabling accurate molecular diagnostics with regulatory compliance for diagnostic workflows.

Clinically validated digital PCR system designed for accurate molecular diagnostics in clinical laboratories with regulatory compliance. The DropDx Droplet Digital PCR System uses advanced microfluidics to generate approximately 20,000 nanoliter droplets per sample, with each droplet containing zero or one target molecule. After amplification, fluorescence is measured and target concentration is calculated using Poisson statistics, enabling high-resolution quantification. The system is ideal for tumor biomarker research, copy number variation, pathogen detection, GMO analysis, mRNA/miRNA quantification, rare variant detection, NGS reference QC, and gene-editing validation.

A dedicated digital PCR instrument for absolute quantification of DNA and RNA. It partitions samples into thousands of individual reactions for precise and sensitive nucleic acid detection.

Compact digital PCR platform integrating sample preparation, amplification, and analysis in a single instrument for molecular diagnostics and research applications.

A fully integrated and scalable nanoplate-based digital PCR system for research applications. It delivers absolute quantification answers from samples in two hours and provides fast, accessible, and reliable digital PCR analysis.

A single touchpoint, in vitro diagnostic digital PCR (dPCR) system that seamlessly integrates partitioning, processing, PCR and analysis. The walk-away automated platform performs fully automated processing of QIAcuityDx nanoplates, including partitioning, thermocycling and image analysis, with up to 96 samples per plate and results in approximately two hours for the first plate. The system is intended for diagnostic use with automated multiplex quantification dPCR technology for applications including rare mutation detection, copy number variation analysis, gene expression studies, pathogen detection, and genotyping. It operates in both IVD (closed) mode for diagnostic applications and Utility (open) mode for research purposes.

A digital PCR system utilizing droplet technology for nucleic acid detection and quantification. The system enables precise molecular diagnostics with improved sensitivity and accuracy.

High-precision optical scanning system for digital PCR that rapidly and accurately captures fluorescence from individual droplets using advanced CMOS detection. The system distinguishes positive and negative droplets and calculates absolute target concentration using Poisson statistics. Available in 3-, 4-, and 5-color fluorescence configurations with sensitivity of 0.01%, dynamic range of 5 logs, and quantification precision of ±10%.

Fully automated droplet digital PCR system for high-sensitivity detection of single-copy genes with accurate quantification capabilities. Enables precise molecular analysis without the need for standard curves.

A digital PCR system utilizing microdroplet technology for nucleic acid detection and quantification. It provides absolute quantification capabilities for molecular diagnostic applications.

A fully automated digital PCR system tailored for in vitro diagnostic (IVD) applications in clinical settings. It enhances diagnostic precision and operational efficiency by reducing hands-on time and ensuring accurate detection and quantification of important genetic variations.

An automated molecular analysis system utilizing real-time quantitative PCR and digital PCR technology platforms to meet multiple application scenarios including clinical diagnostics, scientific research, disease surveillance, and food safety.