Quantitative PCR LMQP-A100 Catalog

Overview

Quantitative PCR LMQP-A100 features rapid thermal cycling technology that enhances reaction speed and uniformity across all wells. Configured to handle a full plate of 24 samples per cycle, with a volume range between 10 to 100 μL. Equipped with smart thermal regulation, system ensures stable control throughout amplification cycle. It supports simultaneous detection of multiple targets through sensitive optical channels. Our Quantitative PCR delivers performance for range of molecular processes, including gene expression analysis and clinical testing.

Features :

Flexible control modes

Electromagnetic induction heating

Multiple fluorescent channels

High-power LED excitation

Internal memory storage 

Specifications :

Detection Capacities	Less than or equal to 24T
PCR Volume Range	10 to 100 μL
Storage Temperature Range	15°C to 30°C
Temperature Control Range	35 to 99°C
Temperature Control Accuracy	± 0.2°C
Temperature Uniformity	± 0.25°C
Maximum Temperature Change Rate	Heating greater than 4°C per second, Cooling greater than 3°C per second
Excitation Light Source	Independent high-power LED
Light Source Lifespan	Greater than or equal to 100,000 hours
Optical Detection	Photodiode
Excitation Range	450 to 640 nm
Detection Range	500 to 700 nm
Fluorescence Linearity	Greater than or equal to 0.99
Linear Range	10¹ to 10⁸ copies
Sample Linearity	Greater than or equal to 0.98
Detection Sensitivity	Greater than or equal to 1 copy
Sample Repeatability	CV Less than or equal to 5%
Reaction Time (40 cycles)	35 min (rapid), 50 min (routine)
Power Supply	AC 100 to 240V, 50 or 60Hz
Dimensions	235 × 212 × 255 mm
Weight	Less than equal to 5 kg

Applications :

Quantitative PCR LMQP-A100 detects pathogens, viruses, and genetic markers for disease screening and monitoring. It also enables rapid identification and quantification of viral or bacterial loads.

Selection Guide :

Quantitative PCR LMQP-A100 is an advanced thermal cycler designed for real-time analysis of nucleic acids, offering high precision and sensitivity. Customers can select this model based on various parameters, including research applications, experimental needs, and certifications. It is best suited for gene expression studies, genotyping, mutation detection, pathogen quantification, and clinical diagnostics, where accurate quantification of DNA/RNA is essential. The model supports multiple fluorescence channels for multiplexing and features excellent temperature uniformity and fast ramp rates, which are crucial for high-throughput and time-sensitive experiments. Certified with ISO and CE standards, it ensures reliability, reproducibility, and compliance with international laboratory requirements. This system is optimal for use in molecular biology labs, clinical research, pharmaceutical testing, and agricultural biotechnology, making it a versatile choice for professionals seeking consistent, real-time amplification and data analysis.