Overview

Real time PCR system LMPCS-801 supports 1 to 96 samples per run. Its top-mounted LED and photodiode detector enable high-sensitivity fluorescence excitation and detection. Its Peltier-based system ensures rapid, uniform heating and cooling for stable thermal cycling control. Its dual modes offer touchscreen control and PC connectivity for flexible operation and convenience. Our Real-Time PCR system is ideal for gene expression studies, SNP detection, and pathogen quantification.

Features :

Adjustable fluorescence range 

Power failure protection 

Advanced data analysis 

USB data transfer 

Memory storage 

Customizable report generation

Specifications :

Throughput	1 to 96 samples
Fluorescence Channels	6
Fluorescence Scanning Time	7 seconds
Excitation Range	Channel 1: 465 nm, Channel 2: 527 nm, Channel 3: 580 nm, Channel 4: 632 nm, Channel 5: 680 nm, Channel 6: 465 nm
Detection Range	Channel 1: 510 nm, Channel 2: 563 nm, Channel 3: 616 nm, Channel 4: 664 nm, Channel 5: 730 nm, Channel 6: 616 nm
Sample Dynamic Range	1 to 10¹⁰ copies
Maximum Heating Rate	Greater than or equal to 6.1°C/s
Maximum Cooling Rate	Greater than or equal to 5.0°C/s
Temperature Uniformity	± 0.1°C
Temperature Control Accuracy	Less than or equal to 0.1°C
Gradient Interval Range	1°C to 40°C
Gradient Block	12-row
Programmable Protocols	Thermal gradients PCR, Long PCR, Touch Down PCR
Linearity and Repeatability	R² Greater than or equal to 0.999; Ct CV Less than 0.5%
Compatible Consumables	0.2 mL 96-well plates, 8-tube strips, single tubes
Power Consumption	900VA
Power Supply	100 to 240V, 50 to 60Hz
Dimension	355 × 475 × 484 mm
Weight	30 kg

Applications :

Real time PCR system LMPCS-801 is ideal for gene expression studies, relative quantification, absolute quantification, melting curve analysis, SNP analysis.

Selection Guide :

Real Time PCR System LMPCS-801 is a versatile and high-performance instrument widely used in molecular biology, clinical diagnostics, and research laboratories. When selecting this model, customers should consider its compatibility with various research studies such as gene expression analysis, SNP genotyping, pathogen detection, mutation analysis, and drug efficacy testing. It supports high-throughput experiments with consistent thermal control and multiple fluorescence detection channels, making it suitable for multiplex assays. It is suitable for experiments requiring accurate quantification and real-time monitoring of nucleic acids. It is often chosen for its accuracy, speed, and reliable reproducibility. Certifications such as CE, ISO, and RoHS compliance ensure that the system meets international quality and safety standards. These features make this model a strong choice for professionals who require robust performance, regulatory compliance, and broad application support in real-time PCR studies.