ProCycle™ Standard PCR Plates, White, Non-Skirted, 96 x 0.2ml Well, Black Printed Alphanumerics, A12 Cut Corner, 10/Pk

ProCycle 96-Well PCR Plate, White, Non-Skirted, 0.2mL Wells, A12 Cut Corner, Black Alphanumeric, 10/Pack – DNase/RNase-Free, Ultra-Pure Polypropylene ProCycle PCR Plates are engineered for high-performance PCR and qPCR applications. Featuring a non-skirted white design with bold black alphanumeric well markings, this 96-well plate ensures fast, error-free sample identification. Compatible with most standard thermal cyclers, it offers reliable performance across a wide range of instruments. Manufactured from medical-grade, high-clarity polypropylene, the ultra-thin, uniform 0.2mL wells deliver consistent heat transfer for superior amplification and reproducibility. Raised well rims help minimize sample evaporation when used with sealing film, foil, or strip caps—preserving sample integrity during cycling. These molecular-grade PCR plates are certified free of detectable DNase, RNase, human DNA, PCR inhibitors, and pyrogens—ideal for sensitive and high-throughput workflows. Compatible with the following machines (AND more): Life Tech 0.2mL Well QuantStudio Series by Thermofisher MJ/BioRad Opticon Opticon 2 MiniOpticon Chromo4 Agilent/Stratagene MX4000P MX3000P MX3000i MX3005P

• ✅ Universal Compatibility – Non-skirted 96-well plate fits most standard thermal cyclers, making it a versatile lab essential.
• ✅ Optimized Heat Transfer – Thin, uniform wells deliver consistent thermal performance for reproducible PCR results.
• ✅ Black Alphanumeric Labeling – High-contrast black well markings on a white background enable fast, accurate identification.
• ✅ Evaporation Control – Raised well rims improve seal integrity with film, foil, or strip caps, minimizing sample loss.
• ✅ Ultra-Pure Polypropylene – Made from FDA-compliant (21 CFR 177.1520) and USP Class VI certified polypropylene.
• ✅ Certified Molecular Grade – Free of detectable DNase, RNase, human DNA, PCR inhibitors, and pyrogens for clean results.