QPCR Plates

Multi-well plates for real-time and conventional PCR applications. Compatible with various thermal cyclers and automation platforms.

96-well plates designed for high-throughput PCR applications. Optimized for thermal cycling and compatible with automated systems.

Maxiamp PCR plates designed for real-time and conventional polymerase chain reaction applications. Compatible with standard thermal cyclers and featuring low evaporation lids.

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

96-well PCR plates designed for high-throughput polymerase chain reaction applications in molecular diagnostics and research. These sterile, certified consumables provide consistent well geometry and optical clarity for reliable amplification and detection across diagnostic, genomic sequencing, and molecular testing workflows.

PCR plates for polymerase chain reaction applications with consistent well geometry and optical clarity. Available in various formats for molecular biology testing.

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

PCR-compatible microplates and tube strips for DNA amplification in molecular diagnostics and research applications.

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.

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

Specialized thermal-cycler compatible plates and tube strips for PCR applications. These products enable high-throughput molecular amplification in research workflows.

Multi-well plates for high-throughput screening and immunoassay applications. Manufactured to high precision standards for accuracy in microbiological and diagnostic testing.