Measurement Solutions for Industrial Process Applications
Inmec’s digital microwave sensors are applied across industrial applications where continuous concentration or density measurement supports stable operation and process control.
Measurement Applied to Real Process Needs
Most industrial processes begin by combining dissolved or undissolved, organic or inorganic solids with water. From these raw materials and recipe-specific ingredients, low-solids mixtures are formed—such as slurries, juices, broths, or wort—depending on the application. As processing continues, these mixtures are commonly concentrated through the removal of water, placing increasing demands on measurement reliability as process conditions evolve.
These realities of industrial processing have consistently guided Inmec in the development of its measurement devices and technical services. Inmec solutions are designed to deliver precise, reliable, and durable measurement across these process stages—where accurate data directly influences efficiency, product quality, and overall process performance.
To meet demanding operating conditions, sensors can be equipped with abrasion-resistant coatings, ensuring reliable measurement even in processes involving abrasive materials and challenging environments.
Evaporation and Dewatering Processes
Measurement used to monitor product concentration as liquids are concentrated through evaporation, supporting stable operation and consistent results.
Mixing and Blending
Measurement used during mixing and blending to verify blend ratios and maintain consistent formulation.
Crystallization
Concentration measurement used to monitor product condition during crystallization, supporting controlled crystal formation and process stability.
Process Monitoring and Control
Continuous concentration or density measurement used as real-time input for monitoring and control systems across different process stages.
See how we can improve your measurement
Share a few details about your process, and our application engineers will help assess the most suitable measurement approach.