VWR® 96-Well PCR Plates are compatible with most leading PCR and real-time PCR instruments.

VWR® 96- and 384-Well Real-Time PCR Plates are compatible with most leading real-time PCR instruments including most BioRad, Applied Biosystems, Roche Lightcycler, and Analytik Jena models.

J.T.Baker® PCR plates are constructed with two plastic components. A polycarbonate ultra-rigid frame for automation and polypropylene ultra-thin wells for optimal thermal transfer and qPCR results.

Choose these high quality PCR plates for your classroom experiments.

Axygen's plates are designed for PCR applications.

UltraAmp 96- and 384-well PCR plates contains bold-printed alphanumerics and fit all leading thermal cyclers, DNA sequencing/detection instruments, and Real-Time PCR instruments.

PCR plates are molded from high performance polypropylene and feature thin walls for efficient heat transfer

Axygen® prebarcoded PCR plates are manufactured to stringent specifications under strict process controls.

Conversion plates for use with EZ-96 DNA Methylation™ bisulfite conversion kits.

Eppendorf twin.tec® PCR plates LoBind, available in 96 and 384-well formats, maximize nucleic acid recovery and are certified as 'PCR clean' for consistently reliable results.

Designed for applications requiring a high level of accuracy and reproducibility, these 24-well, 48-well, 96-well, and 384-well PCR plates are constructed from high-quality virgin plastics without the addition of lubricants or chemical additives that can inhibit reactions and contaminate samples

Thermowell® 96-well Models M and P PCR microplates are made from polycarbonate and fit most commonly used thermal cyclers. These plates have clear, round wells with a conical bottom and a volume of 200 µl.

BRAND® 96-well plates provide efficient PCR and qPCR solutions for medium to high sample throughput, featuring a strong polycarbonate frame and thin-walled wells for rapid temperature transfer.

The twin.tec® Trace PCR Plates have improved ergonomics and traceability. These microtiter plates are the perfect choice for high-throughput applications, automated workflows, and standardised processes.

These plates are made of 99.9% pure virgin polypropylene and are specifically designed for PCR and thermal transfer applications

Eppendorf's twin.tec® 384-well, 45 µl PCR Plates feature a polycarbonate frame and thin-walled polypropylene wells ensuring optimal heat transfer and high rigidity. With raised well rims, these plates enable an effective seal, minimizing the risk of cross-contamination and contributing to consistently reliable results.

Rigid skirt for gripping by robotic plate handlers

Eppendorf's twin.tec® 96-well, 250 µl PCR Plates feature a polycarbonate frame and thin-walled polypropylene wells ensuring optimal heat transfer and high rigidity. With raised well rims, these plates enable an effective seal, minimizing the risk of cross-contamination and contributing to consistently reliable results.

PP plates, silicone mats. Designed to fit 0.2 ml thermal cycler blocks.

These white PCR plates provide high signal to noise for real-time/qPCR.

Axygen's plates are made of 99.9% pure virgin polypropylene and specifically designed for PCR applications

DuraFrame® plates feature a rugged polycarbonate frame, providing a solid and flat surface that guarantees seamless interaction with automated liquid handling platforms. With a firm grip assured, robots can confidently place DuraFrame® PCR plates with the utmost precision, eliminating any concerns of misalignment.

Eppendorf's twin.tec® 96-well, 150 µl PCR Plates feature a polycarbonate frame and thin-walled polypropylene wells ensuring optimal heat transfer and high rigidity. The SafeCode variants enhance sample identification, while the BioBased options, manufactured using renewable resources, provide an eco-friendly alternative without compromising performance.

Designed to SBS standards with minimal warp and shrinkage after being used in thermal cycling

These ultrathin polypropylene PCR plates are available with full, half, or no skirt to facilitate compatibility with a wide range of thermocyclers.

Skirt allows robotic handling and sample labeling

The wells are uniformly thin, which enables PCR with superior heat exchange.

Eppendorf twin.tec® real-time PCR plates, designed for low-volume qPCR, utilize white wells to enhance fluorescent light reflection, improving sensitivity and reproducibility in assays for reliable results.

PCR plates can effectively prevent the cross interference between different holes. In addition, white PCR plate can read low fluorescent signals with high stability. Nest clear PCR plates apply to the PCR machines whose fluorescent signals is read at the bottom.

Low-profile design minimizes condensation and evaporation