Incubation shaker CERTOMAT® BS-1 is suited for the growth of bacteria, yeast, insect and plant cells in a temperature-controlled environment from 8° C above ambient temperature up to 70° C. With an optional integrated cooling unit, the temperature range can be extended to 10° C below ambient temperature. Also available is an optional illumination unit for growth of photosynthetic organisms. CERTOMAT® BS-1 can be programmed t…
The CERTOMAT CTplus is the first CO2 incubation shaker specifically designed for cultivation of mammalian cells. It fulfils all requirements for the cultivation of mammalian cells. CO2 concentration, temperature and humidity are kept constant due to advanced insulation and sealing. The isolation of the incubation chamber from the mechanical drive and control units prevents corrosion otherwise caused by the formation of carbo…
The SartoJet is a powerful 4-piston diaphragm pump for all biopharmaceutical down stream applications from the laboratory right up to small scale production. Optimal for shear sensitive products. Sartocon® Slice microfiltration or ultrafiltration Sets supply up to five Slice Cassettes with 0.1m2 filter area each. All pressurized parts of the system including Sartocon® Slice stainless steel filter holder are hard piped and ca…
Disposable capsules with salt tolerant interaction membranes for polishing in biomanufacturing. The Sartobind STIC® adsorber speeds up the production process by high flow rate and opens new opportunities for the purification of therapeutic proteins and vaccines. Plug and play device Can be used like a filter Enhanced flexibility Reduces validation costs Recommended flow rate of up to 30 bed volumes/min
Hydrophobic interaction chromatography (HIC) separates and purifies biomolecules based on differences in their hydrophobicity. The phenyl membrane adsorber follows the same rules known from the conventional hydrophobic interaction chromatography. Due to the large pore size, Membrane Adsorbers show excellent flow properties. There is almost no diffusion limitation of mass transport compared with conventional bead chromatograp…
