DuraFrame 384-W Full-Skirt PCR Plate, A24, P24, CLR Frame/CLR Wells
Artikelnummer: BY-SS-3730-00
The DuraFrame 384-W Full-Skirt PCR Plate combines a rigid polycarbonate frame with polypropylene wells for optimal thermal transfer and reaction efficiency. Featuring A24 and P24 notches, this full-skirted, standard plate is designed for robotic handling and reliable placement. The slightly raised wells ensure evaporation-proof sealing with various caps, and the ANSI/SBS footprint and well spacing provide compatibility with automated systems. Available in clear with vibrant color options for visual sample or experiment distinction.
Zusätzliche Informationen & Downloads
DuraFrame 384-W Full-Skirt PCR Plate, A24, P24, Features
The 30 µL 384-Well DuraFrame™ Rigid PCR Plate (SKU: 3730-00) offers superior performance and durability for high-throughput PCR applications. Its polycarbonate frame is rigid and flat, facilitating a firm grip by robotic arms to ensure reliable placement in automated systems. The polypropylene wells provide optimal thermal transfer and higher reaction efficiency. This plate is designed with A24 and P24 notches for precise orientation. The wells are slightly raised to ensure evaporation-proof sealing with film, foil, or strip caps, making it ideal for long-term storage and PCR applications. The plate features an ANSI/SBS footprint and well spacing, ensuring compatibility with a wide range of automated liquid handling systems. Available in clear with vibrant color options for visual sample or experiment distinction, the 30 µL 384-Well DuraFrame™ Rigid PCR Plate is a reliable choice for your PCR workflow.
- Polycarbonate frame is rigid and flat to facilitate a firm grip by robotic arms and ensure reliable placement.
- Polypropylene wells provide optimal thermal transfer and higher reaction efficiency.
- White well options enhance the fluorescence signal during qPCR.
- Wells are slightly raised to ensure evaporation-proof sealing with film, foil, or strip caps.
- ANSI/SBS footprint and well spacing.
- Vibrant colors offer a visual distinction between different samples or experiments.
