Purity, stability, color and other features to facilitate laboratory work.

• Extremely thin-walled polypropylene wells guarantee an optimal temperature transfer
• Exceptionally stable and torsion-resistant polycarbonate frame
• Elevated well edges ensure effective sealing and reduce the risk of cross-contamination
• Batch-tested and certified free of DNA, DNase, RNase and PCR-inhibitors (PCR clean), Eppendorf twin.tec^® microbiology additionally free of bacterial DNA
• Two versions available: With edge (skirted) or half-skirted (semi-skirted)
• Autoclavable up to 121 °C
• Available with bar code (on request)

Purity, stability, color and other features to facilitate laboratory work.

• Extremely thin-walled polypropylene wells guarantee an optimal temperature transfer
• Exceptionally stable and torsion-resistant polycarbonate frame
• Elevated well edges ensure effective sealing and reduce the risk of cross-contamination
• Batch-tested and certified free of DNA, DNase, RNase and PCR-inhibitors (PCR clean), additionally free of bacterial DNA
• Autoclavable up to 121 °C
• Available with bar code (on request)

PCR plates with SafeCode use the three-level coding of the SafeCode system (datamatrix code, linear barcode, and clear writing) for reliable sample and tube identification in the laboratory. The codes are located at three sides of the plate. The ECC 200 error correction function enables safe code reading with up to 25 % damaged codes. ID-specific information on plates for documentation purposes is available via Eppendorf DataPort.

• Extremely thin-walled wells guarantee optimum temperature transfer
• High-contrast labelling of wells for comfortable reading
• Import into database systems possible
• Certified free of DNA, DNAase, RNase, and PCR inhibitors
• Manufactured from high-quality polypropylene

The plates are made of polymer, which is produced from approx. 86 % recycled feedstock. The bio-based plates are not only made from more sustainable raw materials, they also have the identical material properties and technical specifications as the conventional plates.

• Laser-engraved lot number and expiration date on each single plate
• Laser-engraved optical guiding grid and OptiTrack^® matrix for quick orientation when pipetting manually
• Extremely thin-walled polypropylene wells guarantee optimum heat transfer
• Exceptionally solid, torque- and heat-resistant polycarbonate frame
• Raised well rims
• Free of DNA, DNAase, RNase and PCR inhibitors
• With edge (skirted)
• ISCC PLUS certified
• ACT label

The plates are made of polymer, which is produced from approx. 86 % recycled feedstock. The bio-based plates are not only made from more sustainable raw materials, they also have the identical material properties and technical specifications as the conventional plates.

• Laser-engraved lot number and expiration date on each single plate
• Laser-engraved optical guiding grid and OptiTrack^® matrix for quick orientation when pipetting manually
• Extremely thin-walled polypropylene wells guarantee optimum heat transfer
• Exceptionally solid, torque- and heat-resistant polycarbonate frame
• Raised well rims
• Free of DNA, DNAase, RNase and PCR inhibitors
• With edge (skirted)
• ISCC PLUS certified
• ACT label

For high-throughput applications, automated workflows and standardised processes.

• Laser-engraved lot number and expiration date on each single plate
• Laser-engraved optical guiding grid and OptiTrack^® matrix for quick orientation when pipetting manually
• Extremely thin-walled polypropylene wells guarantee an optimal temperature transfer
• Exceptionally stable and torsion-resistant polycarbonate frame
• Elevated well edges ensure effective sealing and reduce the risk of cross-contamination
• Batch-tested and certified free of DNA, DNase, RNase and PCR-inhibitors (PCR clean)
• Available with bar code (on request)