Fluorescent Quantitative PCR Detection System
Application:
It can be widely used for Infectious disease research, Food pathogen detection, Waterborne pathogen detection, Stem cell research, Oncology and genetic disease research, Plant sciences and agricultural biotechnology.
Working Principle:
The temperature step change is controlled by the semiconductor peltier to realize PCR amplification. Use high-sensitivity PD unit to detect fluorescence. Program control channel switching, non-contact excitation/detection on the top structure, coordinated with motor control X and Y axis movement to achieve 96-hole scanning. Finally, accurate analysis is carried out through powerful software.



Features:
1. Excellent temperature control performance of the instrument, Module Max heating rateheating rate 7.0℃/s.
2. No edge effect, no optical path correction, top excitation/detection, non-contact measurement.
3. Fluorescence detection adopts PD sensor with high sensitivity.
4. Long-life LED light source, stable emission wavelength, maintenance-free.
5. 4/6-channel fluorescence detection, no cross interference between channels.
6. User-friendly and fully functional software, flexible program setting, comprehensive analysis and reporting functions, all the parameters can be stored.
Real-time PCR Hardware:

Thermoelectric cooling module(TEM) is a semiconductor device composed of many tiny and effective heat pumps. By applying a low-voltage DC power supply, heat will be transferred from one side of the TEM to the other side, resulting in a phenomenon that one side of the TEM becomes hot and the other side becomes cold. Since this phenomenon is completely reversible, when the polarity of the DC power supply is changed, it will be affected. Shift in the opposite direction. This product adopts a long-life series TEM, which provides longer life and more efficiency during thermal cycling.

The integrated design of the scanning module and the heating cover module, relying on its own gravity to compress the heating plate and the reagent cover, and is supported by four compression springs to prevent the sample tube from being crushed. At the same time, the rubber pad around the heating cover is pressed to ensure that there is no external light source interference in the detection. The bottom of the cam mechanism is used to support the spacing to ensure the smooth sliding of the heating module. The guide rail mechanism on both sides of the heating module prevents the module from shifting and ensures the accuracy of the mechanical scanning structure.
Real-time PCR Software:

The software includes functions such as absolute quantification experiment, melting curve experiment, relative quantification(AACT) experiment, and genotyping experiment. Enter the attribute setting interface and select different function modules. Guided flow operation, convenient for users to quickly complete experimental settings. The software can open the recent experiment record template for easy viewing of recent experiments and the creation of new experiments.


Technical Parameters:
Model
LEIA-X4
Sample Capacity
96*0.1ml PCR plate, 12*8-strip tubes, 96*0.1ml single tube(Transparent cover)
Reaction System
10~50μl
Dynamics Range
1~1010 copies
Channel
4
Emission Light
LED
Detector
MPPC
Detection Path
F1
F2
F3
F4
Suitable Probe/Dye
FAM/SYBR GREEN
VIC/JOE/ HEX/TET
ROX/TEXAS-RED
Cy5
Excitation Wavelength
455~680nm
Detection Wavelength
510~730nm
Fluorescence Detection Repeatability
CV≤2%
Fluorescence Detection Accuracy
CV≤3%
Fluorescence Detection Linearity
r≥0.995
Module Temp. Range
4~99℃(Resolution: 0.1℃)
Ramp Rate
5.0℃/s(Max)
Temp. Accuracy
±0.3℃
Temp. Uniformity
≤±0.3℃
Temp. Control Mode
Block mode
Gradient Temp. Range 1~36℃ Hot-lid Temp. Range
100℃, automatic hot-lid
Scanning Mode
Full plate scanning
Programming
Max 100 segments for each program, max 99 cycles
Operation Mode
Continuous
Scanning Time
8.5s
Special Function
Absolute quantitative automatic analysis, relative quantification, SNP analysis, melting curve analysis, etc
Operation System
Microsoft: Windows10
Power Supply
220V, 50/60Hz; 110V, 60Hz
Dimension(L*W*H)mm
375*490*365
Port Method
USB Port
Packing Size(L*W*H)mm
645*565*605
Gross Weight(kg)
45








Model
LEIA-X4
Sample Capacity
96*0.1ml PCR plate, 12*8-strip tubes, 96*0.1ml single tube(Transparent cover)
Reaction System
10~50μl
Dynamics Range
1~1010 copies
Channel
4
Emission Light
LED
Detector
MPPC
Detection Path
F1
F2
F3
F4
Suitable Probe/Dye
FAM/SYBR GREEN
VIC/JOE/ HEX/TET
ROX/TEXAS-RED
Cy5
Excitation Wavelength
455~680nm
Detection Wavelength
510~730nm
Fluorescence Detection Repeatability
CV≤2%
Fluorescence Detection Accuracy
CV≤3%
Fluorescence Detection Linearity
r≥0.995
Module Temp. Range
4~99℃(Resolution: 0.1℃)
Ramp Rate
5.0℃/s(Max)
Temp. Accuracy
±0.3℃
Temp. Uniformity
≤±0.3℃
Temp. Control Mode
Block mode
Hot-lid Temp. Range
100℃, automatic hot-lid
Scanning Mode
Full plate scanning
Programming
Max 100 segments for each program, max 99 cycles
Operation Mode
Continuous
Scanning Time
8.5s
Special Function
Absolute quantitative automatic analysis, relative quantification, SNP analysis, melting curve analysis, etc
Operation System
Microsoft: Windows10
Power Supply
220V, 50/60Hz; 110V, 60Hz
Dimension(L*W*H)mm
375*490*365
Port Method
USB Port
Packing Size(L*W*H)mm
645*565*605
Gross Weight(kg)
45
Fluorescent Quantitative PCR Detection System — professional solution in the Nucleic Acid Extractor category
Fluorescent Quantitative PCR Detection System is a modern business-class equipment designed for daily operation in demanding conditions. The combination of reliability, accuracy and durability makes this product the optimal choice for companies seeking consistent process quality, predictable results and reduced operating costs. The purchase price is a reasonable investment in the development and scaling of the enterprise.
Why Fluorescent Quantitative PCR Detection System
- Reliability and durability: industrial-grade design and materials withstand intense loads.
- Accuracy and repeatability: stable performance that reduces the risk of defects and downtime.
- Process efficiency: optimizing staff time and increasing productivity at every stage.
- Compliance with standards: manufactured taking into account current international requirements for the business segment.
- Ease of integration: Fluorescent Quantitative PCR Detection System fits easily into existing process lines and IT infrastructure.
Areas of application Nucleic Acid Extractor
Nucleic Acid Extractor solutions are widely used in manufacturing, research laboratories, construction sites, energy and agricultural sectors, pharmaceutical and food industries. Implementing Fluorescent Quantitative PCR Detection System allows you to increase productivity, ensure accuracy of operations and optimize resource utilization across the entire enterprise.
Key benefits for business
Return on investment
Reduced service costs and downtime, predictive budget planning, fast ROI thanks to stable operation.
Scalability
Readiness to expand capacity and integrate with other solutions without re-engineering processes.
Safety and quality control
Compliance with standards, which simplifies audits and increases the trust of customers and partners.
Technical highlights
- Industrial reliability of components and assemblies for long-term trouble-free operation.
- Stable parameters that ensure repeatability of results and product quality.
- Energy efficiency and optimized life cycle cost of ownership.
- Compatibility with related equipment and standard data exchange protocols.
Service and support
Together with Fluorescent Quantitative PCR Detection System you receive professional advice on selection, commissioning and personnel training. We provide warranty and post-warranty service, prompt delivery of consumables and spare parts. Our team supports projects from the procurement stage to the stable operation of the complex so that your business receives the expected result every day.
To select a package for your needs or to receive a commercial offer, add Fluorescent Quantitative PCR Detection System to the cart or contact our manager. We will help integrate Nucleic Acid Extractor into existing processes without downtime and unnecessary costs.
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