Real-time Quantitative PCR Instrument
A medium-throughput real-time PCR system designed for fast, flexible, and precise nucleic acid detection.
Key Features:
✔️ Dual 16×2 module design – independent operation with no cross-interference
✔️ 6-color fluorescence detection – supports multiplex target analysis
✔️ High-speed thermal cycling – heating rate up to 12 °C/s
✔️ Flexible sample throughput – processes 1–32 samples per run
✔️ Real-time quantitative analysis – DNA/RNA detection and melting curves
✔️ Independent module configuration – maximizes efficiency and space use
✔️ Stable optical system – ensures accurate and reproducible results
✔️ Broad clinical applications – pathology, oncology, genetics, and pharmacogenomics
Real-time Quantitative PCR Instrument
The Real-time Quantitative PCR Instrument operates through dual-module 16×2-well configuration enabling independent module operation without cross-interference. This FS-3200 system performs qualitative and quantitative detection of target DNA and RNA sequences plus melting curve analysis based on real-time fluorescence PCR principles. The thermal block achieves heating rates up to 12°C per second reducing cycle completion times compared to standard instruments. Six-color fluorescence detection channels allow simultaneous multiplex indicator monitoring within single reaction wells. Flexible throughput accommodates 1 to 32 samples with modules operating independently or simultaneously based on workflow demands.
The dual-module design maximizes laboratory space utilization by allowing different protocols to run concurrently on separate blocks. Each 16-well module functions autonomously with independent temperature control and fluorescence detection systems. Real-time monitoring tracks amplification curves during thermal cycling providing quantitative nucleic acid measurements. The platform supports applications across pathogenic biology, tumor genetics, reproductive genetics, and pharmacogenomics testing requiring medium-throughput analysis capacity.
Clinical diagnostic laboratories deploy the Real-time Quantitative PCR Instrument for infectious disease testing requiring rapid turnaround on moderate sample volumes. Military medical research facilities use this equipment for pathogen characterization studies in biological defense programs. Naval hospital laboratories install the system for shipboard diagnostic capabilities during extended maritime operations. Airforce medical wings operate the instrument for aviation medicine genetic screening supporting pilot health monitoring. Field epidemiology teams utilize the platform in outbreak response scenarios requiring portable molecular diagnostic capacity.
Tactical Supply Pakistan delivers medium-throughput PCR systems providing flexible detection capabilities for varied molecular testing applications. The company supplies instruments supporting independent dual-module operation that optimizes workflow efficiency in clinical and research laboratory settings.
Can both modules run different test protocols simultaneously?
Yes, the independent module configuration allows separate protocols with different temperatures, cycling parameters, and detection targets to operate concurrently without interference.
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