ExpellPlus 10µl XL, Extra Narrow, pre-sterile w/ filter, hinged racks, 10×96 pcs
Kat.: 5030061
Leírás
EXPELLPLUS LOW RETENTION TIPS
CAPP ExpellPlus low retention pipette tips have ultra-smooth inner surface, reducing sample binding to the absolute minimum. Thanks to the composition of the PP material used by the production of ExpellPlus low retention tips and the high quality Swiss molds, on which the tips are being manufactured, the low binding properties of CAPP tips are achieved without the use of any surface additives. ExpellPlus low binding tips are the perfect choice for volumes below 1mL and for all applications requiring ultimate precision. CAPP ExpellPlus low retention tips are manufactured in a clean-room facility and are all RNase, DNase and Pyrogen free certified and sterile. Below picture shows a comparison of the liquid remaining after dispensing in standard tips (to the left) and CAPP low retention pipette tips (to the right). ExpellPlus low binding tips are universally compatible with the majority of other pipette brands.
CAPP FILTERED PIPETTE TIPS
CAPP ExpellPlus filtered pipette tips are of Premium Quality, offering dimensional consistency, great finish, flash-free orifice and crystal clarity. Designed to prevent cross contamination on critical applications such as in the field of Molecular Biology, or Clinical and Life Science. CAPP barrier pipette tips are RNase, DNase and Pyrogen free certified and crystal clear. The filters of ExpellPlus barrier tips are made of pure HDPE (High Density Polyethylene) and are free from any cellulose additives. They are 3-4 times smaller than by many other brands of filtered pipette tips, making ExpellPlus barrier tips the perfect choice within the field of molecular biology. CAPP pipette filter tips are universally compatible with the majority of pipette brands. The volumes up to 300µL of ExpellPlus barrier tips are low retention, resulting in extremely low binding properties. The accurate graduation marks on CAPP filtered pipette tips support easy visual volume identification.
