Nucleic Acid Reaction Assay Microplates
Eppendorf™ twin.tec™ PCR Plates LoBind™ - PCR Plates
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.
Eppendorf™ twin.tec™ PCR Plates
Use these plates for automation and high throughput processes as well as quantitative real-time PCR. Eppendorf™ twin.tec™ PCR Plates combine extremely thin walled polypropylene wells for optimal heat transfer and extremely robust polycarbonate frames for rigidity and torque-resistance.
Eppendorf™ 96-Well Protein LoBind Deep Well Plates
Use these plates in proteomics or other fields of protein research, where protein concentration tend to be very small and sample recovery is vital for assay results. Eppendorf™ Deepwell Protein LoBind Plates recover significantly more protein for downstream analyses and enzymes remain active.
Eppendorf™ twin.tec™ PCR Plates 96-well, 250 μL - PCR Plates
Eppendorf's twin.tec™ 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.
Eppendorf™ 96-Well twin.tec™ Semi-Skirted Conical Bottom PCR Plates
Certified free of any detectable human DNA, DNase, RNase and PCR inhibitors. Eppendorf™ 96-Well twin.tec™ Semi-Skirted Conical Bottom PCR Plates feature a one-piece design-combining polycarbonate and polypropylene for optimum performance.
Eppendorf™ 2000μL Sterile Polypropylene 96-Well Deep Well PCR Plates
PCR plates, free of DNA, DNase, RNase and PCR inhibitors
Eppendorf™ 1000μL Polypropylene 96-Well Deep Well PCR Plates
Manufactured from pure polypropylene. Eppendorf™ 1000μL Polypropylene 96-Well Deep Well PCR Plates are high-performance plates for all manual and automated applications.
Eppendorf™ 96-Well twin.tec™ Conical Bottom Skirted PCR Plates
Enjoy the advantages of combining two materials without the drawbacks. The Eppendorf™ 96-Well twin.tec™ Conical Bottom Skirted PCR Plates contain plate and skirt areas made from a polycarbonate to provide rigidity, while the wells are manufactured from ultra-thin virgin polypropylene.
Eppendorf™ twin.tec™ Trace PCR Plates - PCR Plates
The Eppendorf twin.tec™ Trace PCR Plates feature an OptiTrack™ matrix and optical guiding grid for effortless well orientation and laser-engraved lot numbers for enhanced traceability.
Eppendorf™ twin.tec™ PCR Plates BioBased
Discover the new twin.tec™ PCR Plates BioBased made of bio-based polymer (mass balance approach). These plates allow you to significantly reduce your consumable-related carbon footprint while maintaining identical technical performance.
Eppendorf™ SafeCode Plates
Plates with SafeCode barcoding enable safe and reliable sample identification at the bench. Different types of plates available.
Eppendorf SafeCode Plates
For optimized sample identification in the laboratory, the use of barcodes for the identification of plates is recommended. The SafeCode system for Eppendorf Plates is based on a pre-labeled 3-level coding for safe sample identification based on barcodes.
Eppendorf™ twin.tec™ PCR Plates 384-well, 45 μL - PCR Plates
Eppendorf's twin.tec™ 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.
Eppendorf™ Deepwell Plates BioBased
Deepwell Plates BioBased support all manual and automated workflows, from -86°C sample storage to +100°C DNA denaturation. Featuring OptiTrack labeling and a stable, durable design, they ensure reliable robotic handling and simplify identification in high-throughput labs.
Eppendorf™ twin.tec™ PCR Plates 96-well, 150 μL - PCR Plates
Eppendorf's twin.tec™ PCR Plates feature a polycarbonate frame and thin-walled polypropylene wells ensuring optimal heat transfer and high rigidity. Raised well rims enable an effective seal, minimizing the risk of cross-contamination and contributing to consistently reliable results.