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Home > Biochemical Testing Systems > Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
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Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System
Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System

Biobase 4 Channel 510~730nm Real-Time Fluorescent Quantitative PCR Dtection System

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Product Description

📊 Basic Info.
Model NO.
LEIA-X4
Certification
CE
Group
Middle-aged and Old
Reaction System
4
Detector
Mppc
Detection Wavelength
510~730nm
Scanning Mode
Full Plate Scanning
Sample Capacity
96X0.1ml PCR Plate
Emission Light
LED
Excitation Wavelength
455~680nm
Channel
4
Dynamics Range
1-1010 Copies
Warranty
12 Months
HS Code
900120000
📝 Product Description

Real-Time Fluorescent Quantitative PCR Detection System

PCR Detection System

Introduction:

Real-time PCR is used for sensitive, specific detection and quantification of nucleic acid targets. This system utilizes powerful assay design algorithms, optimized qPCR reagents, and intuitive data analysis software to harness the power of qPCR across diverse applications.

Application:

Widely used for infectious disease research, food pathogen detection, waterborne pathogen detection, pharmaceutical analytics, stem cell research, pharmacogenomics, oncology, genetic disease research, and agricultural biotechnology.

Working Principle:

The temperature step change is controlled by a semiconductor Peltier for PCR amplification. High-sensitivity MPPC units detect fluorescence. Program control channel switching and non-contact top-structure excitation/detection achieve 96-hole scanning via motor-controlled X and Y axis movement.

Key Features:

Excellent temperature control with max rise/fall rate ≥5.0ºC/s.
No edge effect, no optical path correction, top excitation/detection.
High-sensitivity MPPC sensor for fluorescence detection.
Long-life, maintenance-free LED light source.
4-channel detection with no cross-interference.
User-friendly software with comprehensive analysis and reporting.

The system utilizes a long-life Thermoelectric Cooling Module (TEM) providing high efficiency and stability during thermal cycling.

⚙️ Product Parameters
Product NameFluorescence Quantitative PCR Detection System
ModelLEIA-X4
Sample Capacity96x0.1ml PCR plate, 12x8-strip tubes, 96*0.1ml single tube
Reaction System10~50μl
Dynamics Range1-1010 copies
Channel4
DetectorMPPC
Detection PathF1F2F3F4
Suitable Probe/DyeFAM/SYBR GREENVIC/JOE/HEX/TETROX/TEXAS-REDCy5
Ramp Rate5.0ºC/s (max)
Temp. Accuracy±0.3ºC
Gradient Temp. Range1-36ºC
Scanning Time8.5s
Operation SystemWindows 10
Dimension (L*W*H)375*490*365 mm
📦 Packaging & Shipping
Packaging and Shipping
⭐ Our Advantages
Advantages 1 Advantages 2
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❓ Frequently Asked Questions
What type of samples can the LEIA-X4 accommodate?
The system supports 96x0.1ml PCR plates, 12x8-strip tubes, and 96*0.1ml single tubes with transparent covers.
How many fluorescence channels are available for detection?
It features 4 channels, supporting common dyes like FAM/SYBR Green, VIC/JOE/HEX, ROX/Texas-Red, and Cy5.
What is the maximum heating and cooling rate?
The instrument achieves an excellent maximum ramp rate of up to 5.0ºC/s.
Does the system require optical path correction?
No, thanks to the top excitation and detection structure and non-contact measurement, there is no edge effect or need for optical path correction.
Which software functions are included?
The software supports absolute quantitative analysis, relative quantification, SNP analysis, and melting curve analysis.
What is the scanning time for a full plate?
The full plate scanning time is approximately 8.5 seconds.

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