Available with either cellulose acetate or PES membrane. Sterile membranes with 0,2 µm pore size are ideal for sterile filtration applications, whilst those with 0,45 µm pore size can be used for clarifications. These sterile syringe filters are gamma irradiated to prevent cytotoxic residues caused by alternative sterilisation methods. According to USP Class VI Cellulose acetate membrane surfaces are not treated…
The Chloritirol® is the solution for accurate maintenance-free Sodium and Calcium Hypochlorite injection. This patented technology is field tested and proven for high and low demand applications. This unique valvelss duplex pump design includes a high pressure pump for hypochlorite injection, and a pump for gas/vapor removal, which eliminates airlock and prime loss
The 700 series syringe is the original hand-fitted Hamilton syringe. This series of syringes is ideal for dispensing volumes from 0.5 μL up to 500 μL. A variety of different terminations and needle options are available in this series.
Autosampler and Manual Syringes For exacting measurement, transport and delivery of liquids necessary for sample preparation and injection, specify Agilents full suite of manual and autosampler syringes. Designed for accuracy, reliability and ease of use, Agilent syringes enhance productivity and performance through every step of your sample processing.
Many of Agilent’s manual syringes have color-coded barrels to facilitate volume selection while making life in the lab more colorful. For fast, easy identification, each denomination (0.5 µL to 50 mL) features a distinct color boldly embossed on the glass barrel.
Pump PM kit for Agilent 1050, 1100, 1200 HPLC Systems. Includes: PTFE frits (2); outlet cap; gold disk seal; active inlet cartridge; piston seals (4); glass solvent filters (2).
Precise manual injection of fluid using glass pipettes
A pump system for the cultivation of, e.g. endothelial, cells under flow for simulation of blood vessels. Combine with ibidi Channel slides, such as the µ-Slide I Luer, for cell culture under flow conditions.
