Digital PCR Microfluidic Arrays

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

Digital PCR system for precise nucleic acid quantification and detection in oncology, infectious disease, and genetic disorder diagnostics. Enables absolute quantification without standard curves, supporting applications in cancer screening, disease diagnosis, and treatment monitoring.

A digital PCR platform for absolute quantification of nucleic acids in clinical, research, epidemiological, and food safety testing. The technology enables precise genetic analysis without standard curve requirements.

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.

High-performance digital PCR platform engineered for precision DNA and RNA quantification in clinical and research laboratories. Provides absolute quantification without requiring standard curves.

Automated microfluidic-based PCR system designed for high-throughput nucleic acid amplification and detection. Provides automated processing with high efficiency and cost-effective operation for molecular diagnostics and research applications.

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.

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

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.

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.

Integrated PCR assay platforms designed for nucleic acid detection and quantification in clinical and research laboratories. Supports multiplexing and high-throughput analysis of biological samples.

Nanoplate-based digital PCR platform for absolute quantification of nucleic acids with high precision.