Integrated Microfluidic Chip Analysis System
A fully automated, enclosed molecular diagnostics platform delivering fast and reliable SARS-CoV-2 detection from sample to result in under 45 minutes.
Key Features:
✔️ True sample-in, result-out workflow – no open handling, minimal contamination risk
✔️ <45-minute total detection time – only ~1 minute of manual operation
✔️ High analytical sensitivity – LoD ≤ 150 copies/mL
✔️ All-in-one microfluidic chip – lysis, extraction, amplification, detection integrated
✔️ Dual-target detection – ORF1ab and N genes in a single run
✔️ Nested amplification technology – enhanced accuracy and specificity
✔️ Two samples per chip – efficient testing with optimized throughput
✔️ Patented chip fabrication – integrated IC, PC, and BC for stable performance
Integrated Microfluidic Chip Analysis System
The Integrated Microfluidic Chip Analysis System completes SARS-CoV-2 detection within 45 minutes using patented microfluidic technology integrating sample lysis, nucleic acid extraction, nested amplification, and fluorescence detection on a single disposable chip. Each chip processes two samples simultaneously with manual operation limited to 1 minute. The limit of detection reaches 150 copies/mL or below, enabling identification of low viral load cases during early infection stages. The system detects SARS-CoV-2 ORF1ab and N dual target genes in a single test run for confirmation accuracy.
The fully enclosed design eliminates aerosol contamination risks associated with open sample handling and amplification procedures. Sample preparation, amplification, and detection occur automatically without manual transfers between processing stations. The microfluidic channels precisely meter reagents and direct sample flow through sequential reaction zones. Fluorescence detection monitors real-time amplification progress through integrated optical sensors. Results generate automatically with minimal operator training requirements compared to conventional RT-PCR laboratory protocols.
Border health screening facilities deploy the Integrated Microfluidic Chip Analysis System at entry points for rapid traveler testing during pandemic response operations. Military field hospitals use the equipment for diagnosing respiratory infections in forward deployed medical units without laboratory infrastructure. Airport medical stations screen international passengers for infectious disease threats before customs clearance. Prison health services utilize the device for inmate screening during facility-wide testing protocols.
Tactical Supply Pakistan supplies point-of-care diagnostic systems delivering laboratory-equivalent molecular detection without centralized laboratory dependencies. The company provides rapid testing platforms meeting operational requirements for remote locations and time-sensitive screening scenarios.
Does the system require refrigerated storage for reagents?
Chip reagents typically require cold chain storage until use. However, specific formulations may offer ambient temperature stability. Check manufacturer specifications for storage requirements.
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