BioTech Fluid System 1

BioTech-Flow-System 1

singleBTFCone plate element (with constant shear stress)28 cm²Cell culture surface with computerized shear stress control,0 –about100 dyn/cm²Different shear stress distributions.

type

singleBTFCone plate element (with constant shear stress)28 cm²Cell culture surface with computerized shear stress control,0 –about100 dyn/cm²Different shear stress distributions.

Additional components

Microscope, impedance spectroscopy, temperature control, mass flow controller

advantage

Generate high-precision shear stress distribution: for example, used as a calibration tool in fluid dynamics; The range of shear stress adjustment is0Up to about100 dyn/cm2.

Free adjustable flow distribution: provides adjustable constant, pulsating, oscillating, and freely adjustable flow distribution

Easy to install and set up, lifetime use

Customer specific settings: individualBTFUnit and multi-channel settings, combined or not combined with control units and/Or software and/Or impedance spectroscopy, it can also be used inBSL 4Used in the laboratory

Transparency: Online observation of the investigated system, such as live cells

Long term experiment on continuous medium replacement

Computer controlled bioreactor: flexible software for easy data navigation, classification, and image acquisition for time-resolved image analysis

Multi channel setting: studying the manipulation and control of cells in the same channel under different shear stress levels during the same time period

Electrophysiological measurements (impedance spectroscopy): the barrier function of sheet-like cell layers (e.gTERCross cell resistance of epithelial cells or endothelial cells

Sealed chamber for cell culture (e.g. infection, hypoxia)