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ProCycle™ Full Skirted PCR Plates, Full Edge, Clear, 96 x 0.1mL Well, Printed Alphanumerics, 10/Pk in Saudi Arabia

ProCycle™ Full Skirted PCR Plates, Full Edge, Clear, 96 x 0.1mL Well, Printed Alphanumerics, 10/Pk

SAR 209

1 +

Special Features

  • ✅ Full-Skirted Format – Designed for robotic automation and compatibility with high-throughput thermal cyclers and plate readers.
  • ✅ Black Alphanumeric Markings – Bold black lettering allows fast and precise well identification on every plate.
  • ✅ Optimized for Heat Transfer – Uniform 0.2mL wells support consistent temperature control and reproducible PCR results.
  • ✅ Enhanced Sealing Performance – Raised well rims minimize evaporation and ensure secure sealing with film, foil, or strip caps.
  • ✅ Ultra-Pure Polypropylene – FDA 21 CFR 177.1520 compliant, USP Class VI certified for excellent chemical resistance and clarity.
  • ✅ Molecular Grade Clean – Certified free of DNase, RNase, human DNA, PCR inhibitors, and pyrogens for sensitive applications.

Description

ProCycle 96-Well PCR Plate, Full-Skirted, 0.1mL Wells, Clear Plate, Printed Alphanumerics, Full Edge Design, 10/Pack – Ideal for qPCR, Automation-Compatible, DNase/RNase-Free Engineered for automation and precision, ProCycle Full-Skirted PCR Plates are the ideal solution for high-throughput and qPCR workflows. Featuring a rigid full-skirted edge for compatibility with robotic systems and plate readers, these plates also include a full set of printed alphanumerics for fast and reliable well identification. The clear, low-profile 0.1mL wells support reduced reaction volumes and improved thermal performance, making them ideal for fast cycling and quantitative PCR. Uniform thin-wall construction ensures consistent heat transfer across all wells for reproducible amplification. Manufactured from ultra-pure polypropylene that meets FDA 21 CFR 177.1520 and USP Class VI standards, these plates are free of detectable DNase, RNase, human DNA, PCR inhibitors, and pyrogens—delivering purity and reliability for demanding molecular biology applications.

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