Isothermal Nucleic Acid Amplification Microfluidic Chip Analyzer
A rapid, automated microfluidic testing system with two variants—RTisochip™-A for multiplex pathogen detection and RTisochip™-W optimized for SARS-CoV-2 and high-throughput screening. Both deliver “sample-in, result-out” testing in under 45 minutes.
Key Features:
✔️ 2 variants – RTisochip™-A for multiple pathogens; RTisochip™-W for SARS-CoV-2
✔️ Integrated microfluidic chip – automated sample processing
✔️ Fast results – complete workflow under 45 minutes
✔️ High sensitivity – LoD ≤150 copies/mL
✔️ Multiplex testing – multiple targets per run (RTisochip™-A)
✔️ Minimal handling – automated lysis, amplification, detection
✔️ Compact & scalable – suitable for labs, clinics, or field use
✔️ Patented chip tech – reliable, reproducible results
Isothermal Nucleic Acid Amplification Microfluidic Chip Analyzer
The Isothermal Nucleic Acid Amplification Microfluidic Chip Analyzer combines isothermal amplification technology with microfluidic chip design for rapid nucleic acid detection in two configurations. The RTisochip-A variant features compact dimensions of 340 × 280 × 160mm weighing 8kg, utilizing disc-shaped chips with 24 independent reaction tanks requiring only 1.4μL sample per reaction. The RTisochip-W variant offers modular four-channel architecture with stackable multi-layer configuration allowing independent operation of each module. Both systems deliver results in under 50 minutes with temperature precision of ±0.5°C, featuring real-time fluorescence detection with AI-powered interpretation software.
The sealed chip amplification design prevents aerosol contamination and eliminates cross-contamination between reaction zones. Automated data recording integrates with LIMS systems for immediate report generation. The disc chip technology in the A variant saves significant reagent volumes while the W variant provides flexible operation for varying throughput demands. Multiple target detection occurs simultaneously within single test runs. Anti-pollution architecture contains all amplification products within sealed reaction chambers throughout the process.
Clinical diagnostic laboratories employ the Isothermal Nucleic Acid Amplification Microfluidic Chip Analyzer for respiratory pathogen detection during influenza outbreaks and pandemic response operations. Food safety inspection agencies use the system for detecting foodborne bacteria in processed products and agricultural commodities. Veterinary diagnostic centers deploy the equipment for identifying livestock diseases including mastitis pathogens in dairy operations. Environmental monitoring stations utilize the platform for water quality testing and pathogen surveillance in municipal supplies.
Tactical Supply Pakistan supplies molecular diagnostic platforms combining microfluidic automation with isothermal amplification for rapid field-testing applications. The company provides systems eliminating thermal cycling requirements while maintaining laboratory-grade sensitivity and specificity across medical and industrial applications.
Can both variants use the same detection chips?
Each variant uses specific chip formats optimized for its architecture. The A variant uses disc chips while the W variant uses different chip configurations for its multi-channel system.
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