Description
The RT-PCR Plates (0.2 ml, Full-Skirted) are high-performance quantitative PCR (qPCR) consumables designed to deliver maximum fluorescence signal strength, uniform thermal transfer, and superior assay reproducibility. Featuring a white shell with white reaction wells, these plates enhance fluorescence reflection—improving sensitivity and consistency in real-time PCR assays.
Supplied in packs of 50, they are ideal for clinical diagnostics, molecular biology research, biotechnology labs, and high-throughput qPCR workflows.
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✅ Key Features
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🔬 Enhanced Fluorescence Signal (White-on-White Design)
White shell and white wells reflect fluorescence efficiently
Improves signal-to-noise ratio
Ideal for low-copy number detection and gene expression studies
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🧪 Optimized 0.2 ml Reaction Volume
Standard 0.2 ml well volume for PCR & RT-PCR reactions
Thin-wall design ensures rapid and uniform heat transfer
Supports fast cycling and consistent amplification
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📐 Full-Skirted Plate Design
Full skirt ensures secure placement in thermal cyclers
Excellent compatibility with automation and robotic systems
Provides structural stability during high-speed runs
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🌡 Superior Thermal Uniformity
Precision-molded polypropylene (PP) construction
Ensures even temperature distribution across all wells
Minimizes well-to-well variation
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🛡 High-Purity, PCR-Grade Material
Manufactured from virgin polypropylene
DNase, RNase, and PCR inhibitor-free
Suitable for sensitive diagnostic and research applications
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🔄 Universal Instrument Compatibility
Compatible with most major real-time PCR systems
Works with optical RT-PCR films and caps
Suitable for fluorescence-based detection platforms
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📦 Convenient Laboratory Packaging
Pack Size: 50 plates per pack
Stackable design for easy storage and handling
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📊 Typical Applications
Real-time PCR (qPCR)
RT-PCR diagnostic testing
Gene expression analysis
Pathogen detection
Molecular diagnostics & research workflows
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💡 Why Choose These RT-PCR Plates?
White wells enhance fluorescence sensitivity
Full-skirted format supports automation and stability
Excellent thermal consistency for reproducible results
Ideal for diagnostic, clinical, and research laboratories










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