Endress+Hauser acquires SensAction
Endress+Hauser has acquired German company SensAction AG, a manufacturer of systems for measuring the concentration of liquids...
BERN, Switzerland - Swiss-based instrumentation company Endress+Hauser has acquired German company SensAction AG, a manufacturer of systems for measuring the concentration of liquids.
SensAction will operate as a division of the Endress+Hauser center of competence for flow measurement technology headquartered in Reinach, Switzerland.
The systems from SensAction measure the concentration of liquids with the help of surface acoustic waves, which are high frequency sound waves whose behavior can be compared to seismic waves created by earthquakes.
By analyzing the transmission time and amplitude, the acoustic parameters of the liquid, such as sound wave velocity, impedance and density, can be measured in order to quickly and precisely determine the concentration. The systems contain no moving parts.
The key fields of application for the SensAction instruments include concentration measurements for liquid process media.
The acquisition of SensAction will be effective retroactively from 1 January 2017. Both parties have agreed to not disclose the details of the transaction. Stefan Rothballer and Michael Münch, two of SensAction’s founders, will continue to manage the innovative company’s business.
Endress+Hauser plans to integrate the SensAction instruments into its own program and open up new markets via the Group’s international sales structures. In addition, plans are in place to eventually combine the technology direct with Endress+Hauser flow instruments.
“This innovative technology is an excellent fit with our modern flow measurement portfolio,” said Dr Bernd-Josef Schäfer, managing director of Endress+Hauser Flowtec AG. “It allows us to further expand our range of products for measuring quality parameters.”
Already, Coriolis flow measurement devices from Endress+Hauser can determine not only mass flow, but density as well. Electromagnetic instruments are capable of measuring conductivity parallel to the volume flow. “These physical analysis parameters create direct value-add for the customer,” emphasizes Bernd-Josef Schäfer.