Baffled Flasks

354244, Omnilab

355807, Omnilab

355392, Omnilab

355755, Omnilab

353257, Omnilab

212834454, Omnilab

Due to the baffles incorporated in the product, a solution to be shaken breaks on it and oxygen is introduced into the solution.– Four baffled-bottom flasks cause a turbulent flow, increase the gas exchange surface and produce a higher oxygen transfer – At higher shaking speeds, the baffles increase aeration for better growth, especially with bacteria – The moulded bottom-baffles provide increased movement at lower speeds for a more gentle medium aeration of sensitive cultures – The flasks can therefore be sealed with the tried-and-tested membrane screw cap from the DWK Life Sciences which enables a reproducible gas exchange compared to other sealing mechanisms e.g. sealing with cotton wool – The flasks are manufactured in a fully automated process to provide totally consistent flask shapes leading to highly reproducible experimental conditions and results – The special production process enables the manufacture of the product complete with thread in a two-stage process – Available in range of three sizes for process scale up – The increased wall thickness of the flasks ensures excellent mechanical stability and a long service life. – Easy-to-read scale with graduation marks to estimate the content – Fired-on, highly durable white print Due to the baffles incorporated in the product, a solution to be shaken breaks on it and oxygen is introduced into the solution.– Four baffled-bottom flasks cause a turbulent flow, increase the gas exchange surface and produce a higher oxygen transfer – At higher shaking speeds, the baffles increase aeration for better growth, especially with bacteria – The moulded bottom-baffles provide increased movement at lower speeds for a more gentle medium aeration of sensitive cultures – The flasks can therefore be sealed with the tried-and-tested membrane screw cap from the DWK Life Sciences which enables a reproducible gas exchange compared to other sealing mechanisms e.g. sealing with cotton wool – The flasks are manufactured in a fully automated process to provide totally consistent flask shapes leading to highly reproducible experimental conditions and results – The special production process enables the manufacture of the product complete with thread in a two-stage process – Available in range of three sizes for process scale up – The increased wall thickness of the flasks ensures excellent mechanical stability and a long service life. – Easy-to-read scale with graduation marks to estimate the content – Fired-on, highly durable white print

355752, Omnilab

354237, Omnilab

94106046, Omnilab

Borosilicate glass. Designed for use with rotary and reciprocating shakers where baffle indents provide greater turbulences to improve oxygen transfer rates or aeration. Flask has a neck with a plain fire-polished finish and is suitable for a plastic cap etc. Borosilicate glass. Designed for use with rotary and reciprocating shakers where baffle indents provide greater turbulences to improve oxygen transfer rates or aeration. Flask has a neck with a plain fire-polished finish and is suitable for a plastic cap etc.

9038364, Omnilab

353266, Omnilab

9038288, Omnilab