Real time PCR system T-PCS-802

Introduction

Real-Time PCR System is a fully integrated quantitative PCR amplification and data analysis system. It can test up to 96 samples in 7s top optical scanning for 4 channels while operating at 100°C. The instrument has a heating rate of 6.1°c/s and a cooling rate of 5°c/s, and it is controlled by a PID&DSP control algorithm, which ensures faster response, uniform heating, and heat sinking. The 10.4 LCD touch screen provides one-touch access to multiple functions and built-in diagnostics to aid in troubleshooting.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

The device is used for quantitative recovery of DNA and RNA from samples, including cell culture, raw material, in various fields of laboratories, pharmaceuticals, biological institutions etc.

Selection Guide

Real Time PCR System is a high-performance device designed for precise and efficient amplification and quantification of nucleic acids in real-time. It is widely used in molecular biology research, clinical diagnostics, and agricultural biotechnology. Based on research studies, this model is suitable for gene expression analysis, genotyping, pathogen detection, mutation analysis, and viral load monitoring. Its advanced optical detection system supports multiple fluorescence channels, enabling multiplex assays and high-throughput experiments. The system is compatible with 96-well plates and 0.2 mL tube strips, supporting flexible sample formats and volumes. It features fast thermal cycling, uniform temperature control, and a user-friendly interface, making it suitable for both routine and advanced applications. Certifications such as ISO 13485 and CE mark ensure compliance with international quality and safety standards, making it a reliable choice for laboratories that require accuracy, reproducibility, and regulatory compliance. Customers can select this model based on their needs for high sensitivity, multi-target detection, validated protocols, and compliance with clinical or research-grade certifications.

Specifications

Fluorescence Channels	4
Sample Capacity (Wells)	96
Reaction Volume	0 to 100µL
Consumables	0.2ml 96-well plates; 0.2ml 8-strip tubes, 0.2ml PCR single tube
Temperature Range	0°C to 100°C
Heating/Cooling Method	Peltier
Maximum Heating Rate	6.1°C/sec
Average Heating Rate	4.5°C/sec
Maximum Cooling Rate	5.0°C/sec
Average Cooling Rate	2.8°C/sec
Temperature Accuracy	±0.1°C
Temperature Uniformity	±0.1°C
Work Environment	10° to 30°C
Humidity	20% - 80%
Gradient Range	1° to 40°C
Gradient Block	12 row
Detector	Photodiode
Detection Position	Excitation and scan at top
Detection Method	6 channels scanning
Detection Time	7 seconds
Multiplexing	Up to 4 targets
Fluorescence Linearity	r≥0.990
Sample Linearity	r≥0.999
Sample Repeatability	Ct value CV≤0.5%
Sample Dynamic Range	1-1010 copies
Data Storage	Up to 1000 results
Communication Port	1 Ethernet and3 USB
Power Consumption	900 VA
Power Usage	AC 100 to 125V; 200 to 240V (50/60Hz)
Dimension (W×D×H)	355×480×485 mm
Weight	30 Kg

Features

10.4-inch touch screen intuitive operation
Message alarm indicates the status of the machine
Unique power-off function can save all the process date during sudden power outages and allows for continuation of experiment once power supply restored
Fast and uniform heating system
Concealed lid with constant temperature and isopiestic pressure
Electrically controlled elevating and automatic lock platform
Highly efficient PID&DSP control algorithm ensures faster response and strong interference resistance
LED excitation and PD-detection
More than 1000 results can be stored in device
Pre-installed templates can help user to easily edit the protocols
Validated for most applications and chemistries
Easy and convenient operation
Increased productivity with automation compatibility for 24/7 operation
Space savings with small foot print and standalone operation
High application versatility
Sensitive data analysis

FAQs

1. What is Real Time PCR System

Real Time PCR System real-time DNA/RNA amplification and analysis.

2. How does Real?Time PCR System?PCR System works by amplifying and detecting DNA or RNA in real time using fluorescence-based thermal cycling.

3. Can Real-Time PCR System be used for antibiotic resistance gene detection?

Real-Time PCR System is effective for detecting antibiotic resistance genes in bacterial samples using specific genetic markers.

4. Is Real-Time PCR System suitable for detecting genetically modified organisms (GMOs) in agriculture?

Real-Time PCR System is widely used in agricultural labs to detect and quantify GMOs in crops and food products.

5. Can Real-Time PCR System be used for microbial load testing in pharmaceuticals?

Real-Time PCR System is used to quantify microbial load in pharmaceutical products to meet regulatory quality standards.

6. Is Real-Time PCR System applicable to plant pathogen detection?

Real-Time PCR System is frequently used in agricultural pathology to detect fungal, bacterial, and viral plant pathogens.

7. How can Real-Time PCR System aid in water quality monitoring?

Real-Time PCR System detects microbial contamination in water sources, including E. coli and other pathogens, for public health safety.

8. Is Real-Time PCR System used in vaccine development?

Real-Time PCR System supports vaccine research by monitoring genetic responses and confirming viral vector integrity.

9. How is Real-Time PCR System used in stem cell research?

Real-Time PCR System is used in stem cell research to monitor gene expression changes during differentiation and reprogramming.

10. Is Real-Time PCR System useful for personalized medicine applications?

Real-Time PCR System is a key tool in personalized medicine for analyzing patient-specific genetic markers and treatment responses.

11. What is a Real Time PCR System?

A Real Time PCR System is an apparatus designed to amplify and simultaneously quantify a targeted DNA molecule, enabling real-time monitoring of the reaction.

12. How does Real Time PCR System work?

It works by amplifying DNA through thermal cycling while using fluorescent dyes or probes to detect and quantify DNA during each cycle.

13. How is Real Time PCR System different from a conventional PCR system?

It differs from conventional PCR by providing quantitative data in real time, whereas conventional PCR only shows end-point results after gel electrophoresis.

14. Can Real Time PCR System be used for RNA analysis?

It is used for RNA analysis through reverse transcription, converting RNA to cDNA before amplification.

15. How is Real Time PCR System used in cancer research?

It is used in cancer research to analyze gene expression levels, detect mutations, and monitor biomarkers related to tumor progression.

16. Is Real Time PCR System suitable for food safety testing?

It is suitable for food safety testing by detecting microbial contamination, allergens, and genetically modified organisms (GMOs) in food products.

17. How does Real Time PCR System help in detecting genetic disorders?

It helps in detecting genetic disorders by identifying specific gene mutations, deletions, or duplications linked to hereditary conditions.

18. How is Real Time PCR System used in forensic science?

It is used in forensic science for DNA quantification, STR analysis, and species identification in criminal investigations.

19. How does Real Time PCR System support environmental testing?

It supports environmental testing by identifying microbial contamination in water, soil, and air samples.

20. Can Real Time PCR System be applied to microbiome analysis?

It is applied to microbiome analysis by quantifying specific bacterial or fungal species in complex biological samples.