three-block real-time fluorescence quantitative pcr

Three-slot Real-time Fluorescence Quantitative PCR Instrument

This advanced qPCR instrument is ideal for clinical diagnosis, scientific research, and teaching, providing high flexibility and efficiency for a wide range of applications.

Main Features

1. Three Independent Modules: Three groups of 32-well modules, each supporting separate programs for true multi-tasking—one machine, three uses.
2. Highly Flexible Channel Configuration: Channel filters are freely matched and expandable to 21 channels for diverse experimental needs.
3. Overhead Fluorescence Detection (T-Optical): Optimized for white PCR tubes; shields background interference to enhance signal sensitivity and signal-to-noise ratio.
4. Synchronous Fluorescence Acquisition: All wells acquire signals simultaneously, eliminating time resolution errors.
5. Adjustable Display: Flexible screen angle for improved comfort and visibility.
6. Multiple Data Analysis Modes: Supports absolute/relative quantification, genotyping, positive/negative determination, melting curve analysis, optional protein melting, and high-resolution melting (HRM) analysis.
7. Advanced Optical Imaging: SSLPI static fluorescence imaging with a compact, stable system for stronger signals.
8. Power Failure Protection & Stand-alone Operation: Ensures experimental safety and continuity, supports offline independent operation without a computer.

Advantages

1. Efficient Multi-tasking: Independent modules boost sample throughput and experimental flexibility.
2. Multi-channel Support: Flexible filter combinations for multi-target, multi-color fluorescence detection.
3. Accurate & Stable Signal Acquisition: Synchronized detection enhances reliability and reduces errors.
4. Optimized Operating Experience: Adjustable screen and touch interface for user comfort.
5. Rich Analysis Tools: Comprehensive analysis modes for mainstream qPCR applications in research and clinical settings.
6. Stable & Durable: Power failure protection and stand-alone operation safeguard experiments and reduce environmental dependency.

Working Principle

Utilizes high-efficiency semiconductor refrigeration for rapid, uniform temperature control during amplification. T-Optical top excitation and SSLPI static fluorescence CCD imaging ensure highly sensitive, synchronous signal acquisition for all wells—avoiding errors from mechanical scanning. Multi-group filter system enables precise multi-channel, multi-color detection. Control system supports power failure protection and independent offline operation for robust safety and stability.

Application Areas

1. Clinical diagnosis: pathogen detection, genetic disease screening, tumor gene analysis.
2. Basic research: gene expression, mutation detection, transgenic research.
3. Drug development: target detection, gene function validation.
4. Agricultural science: plant disease monitoring, germplasm identification.
5. Environmental science: microorganism quantification in water/soil.
6. Food safety: pathogen and GMO detection.
7. Forensic science: DNA quantification, genotyping.
8. Teaching & training: molecular biology experiments and technical education.