The Eppendorf twin.tec® PCR Plate 96 is a package of 96-well semi-skirted plates for quantitative real-time PCR and standard PCR.  Each well volume is up to 150 μL when used with cap strips. Can be provided with certificates, with test procedures and detailed information available upon request, and barcoded as a special order.

Each packaged contains 25 plates in bags of 5 pcs.

Applications

• Standard PCR,
• Quantitative Real-Tme PCR,
• High Throughput PCR,
• Small Volume Sample Handling.

Features

• Polypropylene wells provide the best inert surface to prevent DNA, RNA, and enzymes from binding, while improving recovery from wells, even when working with minute volumes,
• Exceptionally solid and torque-resistant polycarbonate frame provides excellent well-to-well tolerance,
  
• Thin-walled polypropylene wells guarantee optimum heat transfer to the sample,
• Robust polycarbonate frames for ultimate rigidity and torque-resistance for high mechanical stability,
• Certified free of any detectable human DNA, DNase, RNase and PCR inhibitors,
• Raised well rims for effective sealing, also reduces risk of cross-contamination.

Specifications

Different consumables can make a huge difference in the quality and reproducibility of your PCR results. Wall thickness, thermal conductivity of the material, mechanical stability and many other technical characteristics will have a direct impact on your experiment and subsequently the results, but Eppendorf consumables must fulfill higher demands than ever before.

• Sterility: Pyrogen (endotoxin), Bacterial DNA, Human DNA, DNase, RNase, ATP, PCR inhibitor free,
• Autoclavable (121°C, 20 min),
• Fits most thermal cyclers,
• All commonly used sealing methods—cap strips, adhesive films, and foils—can be applied to Eppendorf twin.tec PCR plates for heat sealing and ultimate protection against evaporation.
  
• Stackable and fits within SBS footprint recommendations.

The Eppendorf twin.tec® PCR Plates are available in different versions with various cleanliness standards, unskirted, semi-skirted, fully skirted, and divisible construction.

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