PCR Plate

Disposable plates used for polymerase chain reaction (PCR) applications to amplify DNA samples. These plates are produced with high precision and are compatible with PCR thermal cyclers for molecular biology research and diagnostics.

Polymerase chain reaction (PCR) plates used for molecular biology and diagnostic testing. These specialized plates are consumables designed for use in PCR thermal cyclers for DNA amplification and analysis.

A multi-well plate designed for polymerase chain reaction (PCR) applications in molecular diagnostics and research.

A 96-well polymerase chain reaction (PCR) plate used for molecular biology applications and nucleic acid amplification testing. This consumable laboratory plate is designed for high-throughput PCR reactions in diagnostic and research settings.

PCR amplification plates used in polymerase chain reaction experiments. Designed for thermal cycling compatibility and high-efficiency DNA amplification in molecular diagnostics and research.

Thermocycler-compatible plates for polymerase chain reaction (PCR) applications in molecular biology laboratories. Available in 96-well and 384-well formats.

Specialized plates designed for polymerase chain reaction (PCR) applications with tear-away strip formats. Thermocycler-compatible plates for high-throughput genetic analysis.

Hard shell PCR plates and standard PCR plates designed for high-throughput polymerase chain reaction applications with compatible plate sealers.

Produced using imported foreign raw materials to ensure sterile, enzyme-free, high-standard, and high-quality products. Part of the PCR series.

96-well plate designed for polymerase chain reaction applications in molecular biology laboratories. Compatible with standard PCR equipment and thermal cyclers for high-throughput DNA amplification.

Standard PCR consumables available in plate and strip tube formats for molecular diagnostic assays. Essential components for polymerase chain reaction-based testing protocols.

A PCR microplate designed for most thermal cyclers and sequencers, offering rigidity ideal for high-throughput automation. It conforms to ANSI/SBS format specifications with extremely uniform wall thickness that enables quick and consistent heat transfer from well to well. The plate is RNase and DNase free, without human contaminant, and is non-pyrogenic and endotoxin free.