Sigma-Aldrich 384-Well PCR Plate

Sigma-Aldrich 384-Well PCR Plate

Description

The Sigma-Aldrich 384-Well PCR Plate is designed for high-throughput genomic applications, providing a stable and efficient platform for polymerase chain reaction (PCR) and sequencing workflows. These plates are engineered to facilitate rapid thermal transfer and consistent sample processing across high-density formats, making them suitable for use with automated liquid handling systems and standard thermal cyclers. The design focuses on maintaining sample integrity through precise well geometry and structural rigidity during thermal cycling.

Key Features

• Skirted design provides the structural stability required for seamless integration with robotic platforms and automated workstations.
• Raised well rims enhance the contact surface for sealing films and mats to effectively reduce evaporation and sample cross-contamination.
• Rigid construction minimizes plate distortion and warping during high-temperature thermal cycling processes.
• Thin-walled polypropylene wells ensure rapid and uniform heat transfer for consistent amplification results across all wells.
• Compatible with various sealing methods including micro-mats, cap strips, and heat-sealing films for secure sample storage and processing.

Applications

• High-throughput PCR and qPCR amplification
• Genomic sequencing and library preparation
• Automated liquid handling and robotic sample processing
• Large-scale sample screening and storage

Specifications

• Material: Polypropylene
• Format: 384-well
• Well Capacity: 40 μL
• Working Volume: 25 μL
• Plate Design: Full skirted