Unleash the power of precision in DNA research with Eppendorf® DNA LoBind® tubes. Engineered with proprietary LoBind® technology, these microcentrifuge tubes redefine sample handling, minimizing the risk of loss and maximizing DNA recovery. Ideal for low-concentration applications, including PCR, qPCR, and DNA sequencing, these tubes ensure accuracy, purity, and optimal yields.

• Surface-coating-free, including substances like silicone, to reduce the risk of sample interference
• Lot-certified PCR clean purity grade guarantees freedom from human DNA, DNase, RNase, and PCR inhibitors
• Available in tube, microplate, and deep-well plate formats for convenient upscaling of experiments
• Precision lid sealing minimizes evaporation rates in the tube format
• Suitable for molecular biology applications with a centrifugation speed rating of up to 30,000×g (25,000×g for 2.0ml tubes)
• Snap, screw, and SnapTec® cap options available

Experience unrivaled purity in research with Eppendorf® DNA LoBind® Tubes. Tailored to meet the standards of advanced molecular biology applications, the unparalleled purity grade ensures the integrity of samples. With the innovative LoBind® technology, rest easy knowing that DNA binding is eliminated, safeguarding valuable samples throughout processing. Choose from a variety of cap options (snap, screw, and SnapTec®) to align with experimental requirements, providing the flexibility and convenience needed for any type of work. Whether engaged in PCR, qPCR, or DNA sequencing, the thoughtfully designed cap options enhance the overall user experience, putting control and precision at your fingertips.

Applications include preparation or storage of DNA and RNA samples, forensic trace analysis, preparing dilution series in quantitative qPCR, sample Preparation in next-generation sequencing, and creation of genomic or oligonucleotide libraries.

Manufactured without the use of suface coatings, slip agents, plasticizers, and biocides - substances that have been shown to leach from plastic consumables into the sample and negatively affect bio-assay results.