Fluorescence Quantitative PCR Detection System

1、Fluorescence Quantitative PCR Detection System Product Overview

Fluorescence Quantitative PCR Detection System can be flexibly placed in scenarios that require space, such as biosafety cabinets, quick detection boxes, mobile laboratories, and laboratory countertops.The Fluorescence Quantitative PCR Detection System is a four-channel, 96-well fluorescence quantitative PCR instrument that combines high performance, intelligence, and exceptional reliability. It integrates a precise optical detection system, efficient and stable temperature control technology, and a highly flexible and convenient user experience. It is dedicated to providing a fast, accurate, and reliable integrated solution for molecular diagnostics, life science research, pathogen detection, and gene expression analysis.

The core advantage of the Fluorescence Quantitative PCR Detection System lies in its "dual-mode intelligent control": it can operate independently for rapid on-site testing and efficient daily operations, or connect to computer software for complex program design, high-throughput data processing, and in-depth analysis. Furthermore, a series of intelligent and user-friendly designs make experiment initiation simpler, the process more stable, and data management more efficient.

2、Fluorescence Quantitative PCR Detection System Product Advantages

1. Intelligent Operating System, Complete Control Over Experiments

A. Flexible Dual-Mode Control: Supports independent operation via the instrument's touchscreen and remote control and data management via computer software, adapting to different experimental scenarios.

B. Program Updates and Presets: Supports online updates of experimental programs and includes a wealth of built-in preset experimental program templates. Users can also customize and save frequently used templates for quick one-click startup, significantly improving operational efficiency.

C. Simplified Startup Experience (Optional): A customizable integrated camera scanning system allows users to automatically identify and load the corresponding experimental program by simply scanning the QR code on the sample plate or program card, simplifying the process and avoiding human error.

D. Easy Operation: Both the touchscreen interface and computer software are designed to be intuitive and easy to understand, allowing new users to quickly get started. Pre-installed common program templates further simplify the operation process.

2. Precise and Stable Temperature Control and Optical Core

A. Long-Term Precise Temperature Control System: Uses imported high-quality TEC semiconductor cooling modules for precise temperature control (±0.1°C) and excellent temperature uniformity between wells (≤±0.3°C). The system boasts excellent stability, minimal performance degradation over long-term use, and a calibration cycle of several years, significantly reducing maintenance costs and operational downtime.

B. Maintenance-Free and Sensitive Optical System: Equipped with 4 independent LED light sources and 4 independent photodiode detectors, enabling simultaneous and precise detection of four fluorescence channels. Uses ultra-long-life imported light sources, requiring no maintenance, calibration, or replacement during its design lifespan, ensuring long-term consistency and high sensitivity of detection results.

C. Excellent Data Quality: High experimental linearity (R²≥0.999) and excellent repeatability (low CV value between wells) ensure accurate and reliable quantitative results and high data confidence.

3. Efficient and Convenient Data and Output Management

A. Multiple Data Export Methods: Supports direct copying via USB storage devices or data transfer to local servers or the cloud via Wi-Fi wireless network, providing convenience and flexibility to meet various laboratory data management habits.

B. Rich Report Export and Printing: Supports generating and exporting experimental reports in various formats (such as PDF and Excel). The instrument is compatible with USB thermal printers, Bluetooth wireless printers, and standard A4 printers, allowing for one-click export and printing of professional reports directly from the instrument or via a computer, facilitating result archiving and instant sharing. 4. Fast, Efficient, and Durable

A. Rapid Heating and Cooling: The optimized temperature control system features high-speed heating and cooling capabilities, significantly shortening single-cycle and overall testing times, and increasing experimental throughput.

B. Extended Service Life: All core components are made of industrial-grade durable materials and designed for long-term reliability, ensuring a lasting return on investment for users.

3、Fluorescence Quantitative PCR Detection System Application Scenarios:

Basic scientific research, pathogen detection, meat product adulteration detection, genetically modified organism (GMO) detection, food safety testing, drug development and rational drug use, gene expression, water monitoring, pine wood nematode detection, pet testing, and livestock disease detection.

4、Fluorescence Quantitative PCR Detection System Technical Specifications

1. Features a high-grade aluminum alloy sample holder with excellent thermal conductivity, corrosion resistance, and oxidation resistance, along with Peltier heating and temperature control, and a comprehensive sealing design. Neither sample solution nor condensation will leak into the Peltier temperature control element or other electronic components below the sample holder, effectively extending the instrument's lifespan.

2. Utilizes a high-precision PT1000 temperature sensor, achieving a temperature control accuracy of 0.01℃, ensuring accurate temperature control.

3. Sample throughput: 96 × 0.2ml PCR full plate (skirtless, semi-skirted), 0.2ml single tube, 0.2ml 8-tube strip.

4. Open reagent and consumables system: Compatible with reagents from any brand, suitable for standard 96-well plates, 8-tube strips, or 0.2ml PCR single tubes.

5. Employs four high-intensity, broad-spectrum, long-life LED solid-state light sources (blue, green, red, and yellow) to ensure strong light intensity across the entire spectral detection range, improving detection sensitivity.  These LEDs generate no heat, have a long lifespan, and are maintenance-free for life.

6. High-sensitivity detector: Uses a high-sensitivity photomultiplier tube imported from Japan for higher detection sensitivity.

7. No optical path correction required: The scanning system ensures that the signal excitation and detection optical paths are completely consistent for each well, eliminating the need for optical path correction and thus freeing up a correction channel, enabling true four-channel gene detection. ★

8. Number of channels: 4 channels.

9. Channel crosstalk: High-precision narrow-band filters are used to greatly reduce channel crosstalk, and the software can also correct crosstalk parameters. 10. Detection Sensitivity: Capable of detecting single-copy DNA templates and clearly distinguishing between 1000 and 2000 copies of plasmid DNA.

11. Linear Detection Range: 10 orders of magnitude ★

12. Supports common fluorescent dyes and probe detection methods, such as SYBR Green I, Eva Green, Taqman, FRET, Molecular Beacons, Scorpions, Amplifluor, etc.

13. Module Temperature Range: 4-99℃

14. Control Mode: Built-in PCR operating system on the system screen or Windows computer ★

15. Interface: USB connection to computer

16. Operating Noise: Silent technology, maximum operating noise does not exceed 60dB during operation.

17. Operating and Analysis Software

17.1 Allows defining sample wells after running the program, saving experimental time.

17.2 Allows opening other experimental data results for viewing and analysis simultaneously while the program is running.

17.3 The software automatically calculates the baseline range and sets the threshold line, providing users with reliable and accurate data results.

17.4 Experimental program settings and detection results can be directly printed as an experimental report, supporting export in multiple file formats and data styles such as XLS, CSV, and WORD ★

17.5 Results from the same batch of experiments can be grouped for independent data analysis, with a maximum of 12 groups.

17.6 Provides both Chinese and English software interfaces. ★

17.7 The software can be installed on multiple computers without limitation, no purchase of usage rights is required, and lifetime free upgrades are available. ★

Fluorescence Quantitative PCR Detection System Instrument Technical Specifications