BRAND® Filter Pipette Tips for Air Displacement Pipettes Using Ultramicro / Crystal / nano-cap™ Tips

Filtered pipette tips to fit all BRAND pipettes with a gray color code, as well as pipettes from leading manufacturers using ultramicro or Crystal pipette tips.  Filters are pure polyethylene without sealing additives that can contaminate samples, and lock samples inside of tips.  Three different varieties are available.

• 0.1-1µL filtered nano-cap™ tips for use for BRAND sub-micro pipettes, and pipetting of any volumes below 1 microliter

• 0.5-10µL ultramicro filtered pipette tip

• 1-20µL filtered pipette tip with extended length.

• Special nano-cap™ tips are designed to fit BRAND sub-micro (01.-1µL) pipettes.

   

BRAND® pipette tips are produced using the most advanced cleanroom techniques, using resins free from oleamide and diHEMDA.  All rack packed tips are free from DNA, RNase, ATP and endotoxin within detectable limits. BIO-CERT® sterile tips are sterilized according to ISO 11 137 and AAMI guideline with an SAL of 10^-6.

BRAND filtered pipette tips to fit ultramicro / crystal / nano-cap™ pipettes are available in the following packaging types:

• TipBox:  BRAND’s new TipBox system has a hinged lid – remove and rotate the lid 180 degrees if you prefer a lift-off design. Trays are color coded for easy identification, and filled with colorless tips.  Tip carrier plates allow partial loading of multichannel pipettes, and are reinforced for stability; yet reduce waste compared with previous designs.  Tip Boxes are reloadable with our TipRefills.

• TipRefill:  Reloads for our TipBox system. Sterile TipRefills are supplied with a transfer aid to allow contact-free insertion of the TipRefill into a previously sterilized TipBox.

ULR – Ultra-Low Retention tips are treated with a special patented physicochemical process that provides a surface with a surface tension over 50% less than PTFE!  There are no additives to leach out, or coatings to contaminate the sample.  These tips greatly reduce sample loss, and provide higher reproducibility. Treatment is highly chemically resistant, and can be autoclaved at 121°C without degrading of the material properties.