Erlenmeyer flasks

   

The erlenmeyer flask is an ideal choice for the configuration, mixing and storage of the medium. lt is mainly used to cultivate cells with higher oxygen requirements. lt can also be used to cultivate bacteria, fungi, animal and plant cells in suspension. 

Product Features

• The flask body is made of PETG, which meets the requirements of food and drug contact management to avoid bisphenol A problem. Except 19.7011.44, which is made of SBC (Styrene–Butadiene copolymer).
• The flask cap is made of PP, sterilized flask is packaged independently vacuum packaging, easy to use to avoid crosspollution.
• The  flask body is seamless, and the one -time blowing molding will be avoided to avoid the surface marks or cells cracking the wall.
• The surface smoothness meets the mirror requirements, and the transparency is close to the glass, which reduces the risk of cells on the wall.
• The size of the flask mouth meets the international SBS standard, which is suitable for the fast connection of the biological reactor.
• Use electronic beam sterilization, SAL = 10-6, ensure no DNASE/RNASE, normal original, no internal toxins.
• With 0.2 µm breathable caps, it can better mix the cells and culture medium, increase the transmission of air, and enable the cells to grow to a higher density.

Baffled Erlenmeyer Flask

Baffled Erlenmeyer Flask is an ideal culture container for the application of cell biology, microbiology and molecular biology. Baffled Erlenmeyer Flask combined with shaking table can effectively resist the viscosity caused by free DNA and cell fragments, increase fluid shear force, reduce cell agglomeration, melt oxygen more fully and promote cell growth. lt is very suitable for culturing bacteria, yeast, animal and plant cells. 

Movement of fluid on rail vibrating screen:

When microorganisms are cultured in conical bottles on orbital vibrating screens, oxygen intake is usually a limiting factor for cell growth. A erlenmeyer flask with a bottom baffle interrupts the circulating flow, resulting in turbulence. lncrease the gas exchange surface of the liquid, thereby increasing the intake of oxygen.