Sanitary Flow Measurement – Em-tec


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Flow Measurement System On A Laboratory Scale


BioProTT™ FlowTrack plus
Our BioProTT™ Products are used to monitor flow rates in laboratory and industrial applications within bioprocess engineering. The function is based on the ultrasonic transit time method and works non-invasively, meaning there is no direct contact with the medium – making it particularly suitable for processes with strict hygienic requirements. The benchtop version consisting of the evaluation device BioProTT™ FlowTrack plus and the corresponding BioProTT™ Clamp-On Transducer is ideally geared for the independent monitoring of flows within the laboratory suite. The easily readable display of the BioProTT™ FlowTrack plus shows the current flow rate, while a direct data transfer to the computer is possible through the RS-232 interface as well as through an analog interface.


BioProTT™ Clamp-On Transducer
Our BioProTT™ Products are used to monitor flow rates in laboratory and industrial applications within bioprocess engineering. The function is based on the ultrasonic transit time method and works non-invasively, meaning there is no direct contact with the medium, which makes it particularly suitable for processes with strict hygienic requirements. In combination with the BioProTT™ FlowTrack plus or a BioProTT™ MCP, the BioProTT™ Clamp-On Transducer ensures a reliable monitoring of the volume flow rate within the laboratory suite. Using a click-fastening, the transducer can be easily and quickly connected to flexible tubes, making the splicing of the assembly unnecessary. This avoids both contamination as well as a drop in pressure. The non-invasive, functional design without movable parts prevents additional shear stress for the medium, which is an essential advantage compared to invasive methods when it comes to handling shear-sensitive organisms or biomolecules. The applied ultrasonic transit time method, combined with a customer-specific calibration with regard to the respective process parameters, allows for a highly accurate measurement in addition to flexible application opportunities.