Labmate Real Time PCR LMRT-A100
The Labmate Real Time PCR LMRT-A100 is a high-sensitivity real-time fluorescent quantitative PCR system designed for precise gene expression analysis and molecular diagnostics. Featuring a 48-well capacity with real-time monitoring, the system delivers rapid, accurate detection and automatic calculation of positive and negative results.
Product Info
The instrument supports advanced analytical functions including standard curve generation, absolute and relative quantification, gene mutation analysis, melting curve analysis, and amplification efficiency evaluation. With multiple fluorescence detection channels and stable LED excitation, the Labmate Real Time PCR LMRT-A100 ensures reliable optical performance and consistent data output for demanding laboratory workflows.
Specifications
Parameter Description Block Capacity 48 wells × 0.2 mL Temperature Range 4 to 100 °C Heating Rate 4.5 °C/s Cooling Rate 3 °C/s Temperature Accuracy ± 0.1 °C Temperature Uniformity ± 0.15 °C Gradient Temperature Region 3-zone independent control Number of Detection Channels 4 Standard Wavelengths 4 Detected Fluorescence Range F1: 470–525 nm; F2: 525–575 nm; F3: 575–620 nm; F4: 620–675 nm Compatible Fluorophores FAM, SYBR GREEN / EVA GREEN, LC GREEN / Fluorescein, VIC / HEX / TET / Cy3 / Cy3.5 / JOE / Yellow 555, ROX / Texas Red / Cy5 Working Environmental Temperature 18 to 35 °C Storage Temperature −20 to −55 °C Environmental Relative Humidity ≤ 85 % RH Working Voltage As per standard laboratory power supply Key Features
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Multi-channel fluorescence detection for multiplex PCR
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Three-zone independent temperature control
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Advanced thermal compensation technology
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Wide temperature operating range
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LED excitation light source for stable optical signals
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Automatic result detection and curve estimation
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High sensitivity with real-time monitoring
Applications and Selection Guide
The Labmate Real Time PCR LMRT-A100 is an ideal solution for laboratories engaged in gene expression analysis, clinical diagnostics, pathogen detection, and mutation studies. It is extensively used in virology, oncology, molecular biology, and biomedical research due to its high sensitivity and real-time detection capabilities.
The system supports multiplex PCR, enabling simultaneous detection of multiple targets for high-throughput and time-sensitive experiments. Certified with CE and ISO standards, it complies with international laboratory quality and safety requirements. This model is recommended for users requiring accurate quantification, rapid thermal cycling, and dependable real-time PCR data analysis across both research and clinical applications.
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