MWM tec: Process measurement technology from Karlsruhe
MWM tec is an internationally active company in the field of process measurement technology, based in the renowned technology region of Karlsruhe in Baden-Württemberg. Our expertise lies in the development, manufacture and distribution of industrial measurement technology for the online determination of the density and concentration of liquids using a microwave transmission method. We possess in-depth specialist knowledge and many years’ experience in the field of process measurement technology.
Furthermore, we offer you bespoke solutions from a single source that meet your specific application requirements, including technical support and expert on-site commissioning.
Our measurement technology enables you to monitor, control and further optimise your process flow online at any desired point.
Thanks to close integration between sales and after-sales service, you are guaranteed the support you need even after purchasing our measurement technology.
How do microwave measurement technology and process knowledge come together?
Industrial measurement technology must be suited to the process in which its readings are utilised. A continuous display alone does not answer the question of which component of a product is being monitored or how a limit value is determined. MWM tec therefore presents microwave density and concentration measurement in the context of the medium, installation and reference. The existing company information describes the supplier; the technical pages explain the measurement task.
The measurement principle links a sensor signal to the desired target variable via a suitable calibration. Formulation, temperature and gas content may all play a role in this. A good project description explicitly states these conditions. A documented range of device functions only becomes a concrete application once it has been tested on the intended medium.
What information is helpful for technical collaboration?
Start with a clear description of the process: raw materials, typical composition, temperature range and installation location. Include the desired measured variable and the laboratory method currently used to determine it. Photographs or a sketch of the measurement point can help to clarify the geometry. For confidential documents, the appropriate method of exchange can first be clarified via the contact details provided.
A clear comparison plan also specifies how samples are taken and assigned to process values. This allows differences arising from product variation, sample variation and the measurement signal to be categorised. The project planning section describes the process from the initial brief to the verification of a measurement relationship.
How is the website structured from a technical perspective?
The ‘Applications’ section categorises measurement queries according to industrial context.
The glossary explains terms, provides calculation examples and outlines the limits of interpretation.
This structure facilitates the preparation for a technical discussion. Terms such as density, TS and Brix are not used as interchangeable buzzwords, but are explained in relation to their reference parameters. Ultimately, a specific measurement solution should be evaluated on the basis of process data and references; general explanations serve as a guide and do not replace this evaluation.
