portable fluorescence quantitative pcr with four channel

Portable Fluorescence Quantitative PCR Instrument

This portable fluorescence qPCR instrument supports both stand-alone independent operation and remote centralized management of up to 30 devices via computer, improving laboratory automation and management efficiency.

Main Features

1. Multi-mode Operation: Built-in 7-inch HD true-color touch screen for stand-alone use; Ethernet and USB2.0 interfaces for remote control of up to 30 instruments via computer.
2. High-Throughput Detection: 16-hole design with four-channel fluorescence detection enables rapid, simultaneous multi-target analysis.
3. Advanced Imaging Technology: SSLP short-range static fluorescence CCD imaging ensures simultaneous and accurate signal collection from all sample wells—no need for sequential scanning.
4. Automatic Hot Cap Lock: Intelligent pressure adjustment and automatic locking prevent sample evaporation, ensuring stable reactions.
5. Top Fluorescence Detection: Top excitation/detection mode, compatible with white PCR tubes, provides higher signal sensitivity.

Advantages

1. Portable & Flexible: Compact, lightweight, easy to carry—ideal for field detection in clinical, environmental, and research scenarios.
2. Efficient Batch Detection: 16-hole multi-channel design speeds up throughput for rapid multi-sample screening.
3. Accurate Data Acquisition: Static CCD imaging reduces noise, improves signal accuracy and experiment repeatability.
4. Remote Centralized Management: Computer remote control of multiple devices enables unified lab management and data analysis.
5. User-Friendly: Intuitive touch screen interface; easy operation for users of all levels.

Working Principle

The instrument utilizes semiconductor refrigeration for precise temperature control. A built-in optical system excites fluorescent dyes in samples, while SSLP CCD imaging captures signals from all wells simultaneously, avoiding scanning delays and errors. The automatic locking thermal cap system ensures uniform reaction temperature and prevents evaporation. Data is analyzed in real time via built-in or remote software, enabling quantitative detection of target genes.

Application Areas

1. Clinical diagnosis: rapid infectious disease detection, gene mutation screening, quantitative tumor marker analysis.
2. Public health monitoring: epidemiological surveillance and rapid field screening.
3. Food safety: detection of pathogens and GM components.
4. Environmental science: monitoring microbial diversity in water, soil, and air.
5. Agricultural biotechnology: plant disease and germplasm identification.
6. Forensic identification: on-site DNA testing and sample analysis.
7. Scientific research and teaching: gene expression analysis and molecular biology training.