Eppendorf ep Dualfilter T.I.P.S.® SealMax® Racks provide advanced self-sealing pipette tips in 'PCR clean and Sterile' grade, featuring unique two-phase filters for unparalleled protection against contamination in sensitive lab applications.

• Reliable protection from liquids, aerosols, and biomolecules
• No PCR inhibiting additives
• Protection of pipette from aggressive liquids when over-aspiration occurs
• Available in PCR clean/Sterile (sterile and pyrogen-free)
• Continuous inspection of each production lot by an independent laboratory guarantees high purity and quality
• Modern slim rack design with reclosable lid
• Improved sustainability through 20% lower polypropylene consumption per rack
• ACT® labeled by non-profit My Green Lab® to help make an informed choice regarding sustainability

Superior protection for both sample and pipettes. The ep Dualfilter T.I.P.S.® SealMax® self-sealing filter pipette tips offer almost 100 % protection from contaminating aerosols and biomolecules with a two-phase design that works together to ensure optimal pipetting. Over-pipetted samples are stopped in their tracks with the instant closure of the Dualfilter. The white layer retains drops and splashes while the violet layer forms a barrier.

ep Dualfilter T.I.P.S.® SealMax® are ideally suited for methods where high sensitivity and reproducibility are essential. Both ep Dualfilter T.I.P.S.® and ep Dualfilter T.I.P.S.® SealMax® are especially recommended for applications such as PCR and microbiology, where preserving sample integrity and preventing cross contamination are critical.

The ep Dualfilter T.I.P.S.® SealMax® self-sealing filter pipette tips are manufactured to the highest quality under cleanroom conditions, without the use of interfering slip agents, biocides, and plasticizers. Made from the purest, non-recycled materials, self-sealing filter pipette tips are ideal for molecular and microbiological applications that require the greatest sensitivity and reproducibility, without the fear of sample degradation and cross-contamination.