Fully Automated Digital PCR System

A fully automated digital PCR system is a laboratory platform performing complete automated nucleic acid quantification through digital polymerase chain reaction methodology enabling absolute target quantification without requiring external standards. The automated approach eliminates manual processing enabling high-throughput analysis.

The fully automated digital PCR system architecture integrates sample preparation, droplet generation, thermal cycling, and optical detection. Automated liquid handling loads specimens and prepares reactions eliminating manual mixing. Microfluidic droplet generation creates 10,000–20,000 individual reaction compartments per sample enabling absolute quantification. Integrated thermal cycling performs amplification within droplets. Real-time optical detection identifies positive partitions.

Operational capabilities include viral load quantification for infectious disease monitoring, circulating tumour DNA detection for cancer screening, copy number variation (CNV) analysis for chromosomal abnormalities, and quality control verification in food and pharmaceutical manufacturing. Throughput typically spans 16–96 samples per run.

Analytical specifications include sensitivity detecting single DNA or RNA molecules, precision enabling detection of fold-changes as small as 1.1–1.2×, and dynamic range >6 orders of magnitude. Absolute quantification eliminates standard curve requirements.

Workflow automation reduces analysis time from conventional 3–4 hours to 2–3 hours including setup. Integrated data analysis automatically classifies positive/negative partitions and generates results.

Integration with laboratory information systems enables automatic result reporting and archival. Quality control monitoring ensures measurement accuracy.

Environmental operation across controlled laboratory temperatures supports facility deployment.

In Pakistan, digital PCR systems support medical diagnostics and research applications.

Tactical Supply Pakistan supplies fully automated digital PCR systems for molecular diagnostic and research applications.