Inmec’s digital microwave sensors are applied across industrial applications where continuous concentration or density measurement supports stable operation and process control.

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.
Follow massecuite Brix live through every strike, so you can seed at the right supersaturation and drop on target, with no optical drift or stops for cleaning.


One sensor platform from 10 °Bx extraction juice to 98 °Bx massecuite, staying accurate through coating and buildup over a full campaign without recalibration.
See concentration at each stage, from dilute feed to final product, to cut energy use and avoid over- or under-concentrating, even as deposits build up between cleanings.


A stable, drift-free signal your control system can trust, from simple monitoring and alarms to closed-loop control, without the noise that makes control loops hunt.
Know the exact moment a batch reaches target concentration. Real-time readings replace manual sampling, keeping recipes consistent from batch to batch.


Share a few details about your process, and our application engineers will help assess the most suitable measurement approach.