PCR Plates

Product Overview

Dodge Scientific PCR Plates are engineered for precise thermal performance, uniform well geometry, and reliable amplification across routine and high-throughput PCR workflows. Manufactured from high-quality virgin polypropylene, these plates deliver efficient heat transfer, structural stability, and excellent optical clarity for both standard PCR and real-time qPCR applications.

Designed for compatibility with leading thermal cyclers and sequencers, our PCR plates support manual, automated, and high-throughput laboratory environments.

Available Formats

96-Well Plates (0.2 mL Well Volume)

• 96-Well Non-Skirted PCR Plate
• 96-Well Semi-Skirted PCR Plate
• 96-Well Full-Skirted PCR Plate
• 96-Well Fast PCR Plate
• 96-Well Semi-Skirted Raised Rim PCR Plate
• 96-Well 480 Plate

384-Well Plates

• 384-Well 480 Plate
• 384-Well NX Plate
• 384-Well Double Notch Plate

Multiple configurations available to match instrument and automation requirements.

Key Features

• 0.2 mL well volume (96-well formats)
• High-quality virgin polypropylene construction
• Thin, uniform well walls for optimal heat transfer
• Printed alphanumeric grid for accurate well identification
• Slightly raised well rims for enhanced sealing surface
• Raised perimeter corners (semi-skirted models) for purification plate alignment
• Non-skirted format allows full well visibility and easy strip cutting
• Semi- and full-skirted designs support robotic handling and labeling
• Available with custom barcode sequences (select models)
• Easily cut into strips (non-skirted models)
• Available in clear, white, black, blue, green, yellow, purple, and red
• RNase/DNase free
• Non-pyrogenic

Design & Compatibility

• Compatible with most major thermal cyclers and sequencers
• Fast PCR options optimized for rapid cycling protocols
• Raised rim options improve sealing integrity
• Skirted formats enhance automation stability
• NX and Double Notch formats available for specific instrument platforms

Performance Benefits

• Uniform well geometry for reproducible amplification
• Efficient thermal transfer for accurate cycling
• Reduced evaporation with proper sealing
• Stable plate design minimizes warping during high-temperature cycling
• Suitable for endpoint PCR and real-time qPCR

Recommended Applications

• Standard PCR amplification
• Real-time PCR (qPCR)
• Genotyping and sequencing
• Gene expression analysis
• High-throughput molecular workflows
• Automated laboratory platforms

Why Choose Dodge Scientific PCR Plates

• Broad format compatibility across leading instruments
• Reliable amplification performance
• Automation-ready configurations
• Consistent lot-to-lot quality
• Professional-grade molecular biology consumables