SG-2000 PCR Amplifying Apparatus

Fully automated droplet generation unit using patented microfluidic and reagent technologies to rapidly generate uniform droplets for digital PCR applications. The system produces 20,000 droplets in 70 seconds with uniform droplet size (CV ≤ 3%) and adjustable diameter from 70–110 µm. It features an innovative flat-surface heating design with rapid temperature changes, achieving heating rates up to 10 °C/s and cooling rates up to 6 °C/s, completing 40 PCR cycles within 90 minutes.

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

Microfluidic systems for creating and manipulating liquid droplets for high-throughput molecular analysis and digital PCR applications. Enables compartmentalization of biological samples for improved diagnostic accuracy.

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.

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.

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.

Molecular diagnostics equipment designed for nucleic acid amplification and gene detection applications. Supports research and clinical laboratory workflows requiring precise temperature control and rapid amplification cycles.

Microfluidic partitioning systems for digital polymerase chain reaction enabling absolute quantification of nucleic acids. Provides enhanced sensitivity and precision for genetic and viral load analysis.

Semi-automatic droplet digital PCR system designed for nucleic acid analysis and quantification. Provides accurate gene detection with simplified workflow for laboratory settings.

Droplet-based microfluidic chips for digital PCR applications enabling absolute quantification of nucleic acids. Used in molecular diagnostics, genetic analysis, and precision medicine applications.

A microfluidic nucleic acid amplification instrument for real-time qPCR analysis. It provides automated, high-throughput, and cost-effective PCR detection system setup with nuclear acid amplification and signal detection capabilities. The instrument enables gene expression, gene copy number, pathogen detection, and other applications. It features compatibility with multiple commercial amplification and detection methods, flexible multiplexing design, and can perform over 200-plex simultaneous detection without spatial limitations.