Real Time PCR RT20520

Introduction

Real Time PCR is a fast thermal system with heating rates over 6.1°C/s and cooling rates over 5.0°C/s. Equipped with software-controlled Peltier technology, it ensures precise thermal cycling and reliable performance. Integrated with a 10.4-inch touchscreen and built-in PC software configuration for flexible operation. Our Real Time PCR supports quantitative analysis, SNP detection, and melting curve analysis in research and diagnostics.

Applications

Real-Time PCR applied, clinical diagnostics, food safety, and environmental testing.

Specifications

Fluorescence Channels	4
Fluorescence Scanning Time	7 Second
Heating Method	Peltier
Max Heating Rate	≥ 6.1°C/s
Max Cooling Rate	≥ 5.0°C/s
Uniformity of Thermo Control	± 1℃
Accuracy of Thermo Control	≤ 1℃
Gradient Interval Range	1°C to 40°C
Gradient Block	12 Rows
Special Temperature Protocol	Thermal Gradients PCR, Long PCR,
Sample Testing Linearity and Repeatability	Linear Correlation: r Greater than 0.999; Repeatability: Cycle Threshold (Ct) Value
Light Source	High-Brightness, Long-Life and Maintenance-Free LED Light Source,
Detector	Photodiode (PD), Top Scanning
Excitation Range	CH1: 4650m CH2:527mm CH3:580mm
Detection Range:	CH1:510mm CH2 565mm CH3:616nm
Fluorescence Dynamic Range	Adjustable
Sample Dynamic Range	1 to 1010 Copies
Control Modes	PC Direct Control
Power Failure Protection	Automatically Start Running Experiments After Power Supply, No
Data Storage and Transmission	Upload and Download Through USB Disk, 1000 Results Can be Stored in
Reporting Function	Templates Reserved Customized
Power Supply and Power Consumption	AC 100 to 240V, 50 to 60Hz,900VA
Instrument Dimension (W × L × H)	355 × 475 × 484 mm
Packing Dimension	670 × 580 × 580 mm
Gross Weight	38kg

Features

Power failure protection design.

Dual configuration control options.

Advanced software data analysis.

96 samples scanned in 7 seconds.

Efficient temperature control.

FAQs

1. What are Real Time PCR Systems used for?

Real Time PCR Systems are used for genetic amplification and real-time analysis of DNA samples.

2. How do Real Time PCR Systems control temperature accurately?

Real Time PCR Systems use Peltier-based temperature control to ensure precise and stable thermal cycling.

3. How is DNA amplification monitored in Real Time PCR Systems?

Real Time PCR Systems use fluorescence-based detection to monitor DNA amplification in real time.

4. What display and operation features are included in Real Time PCR Systems?

Real Time PCR Systems feature digital displays that provide clear visibility with quiet and smooth operation.

5. How do Real Time PCR Systems ensure consistent results?

Real Time PCR Systems are designed to deliver reliable and reproducible results in DNA detection and evaluation.

6. Where are Real Time PCR Systems commonly used?

Real Time PCR Systems are commonly used in clinical testing, forensic science, and environmental analysis.