Digital Microwave Sensors for Brix & Total Solids Measurement
In-tank and in-line sensors for continuous concentration measurement across industrial process applications.
Inmec D2
Inmec’s second-generation digital platform delivers complete process visibility through precise total solids measurement — covering dissolved and suspended solids, both organic and inorganic.
One Sensor Platform for multiple applications.
- Sewage sludge
- Starch
- Soil sludge
- Crystallizers
- Clarifiers
- Evaporators
- Sugar juice
- Food & Beverage
- Dairy
- Calcium Carbonate
- Talc
- Kaolin
- Milk of lime
Measuring what matters in complex process liquids
Accurately measuring total solids content and other critical variables in complex process liquids is a common challenge across food and beverage production as well as many other industrial processes. Variations in composition, changing process conditions, and demanding operating environments place high requirements on measurement reliability and signal quality.
Inmec addresses these challenges using digital microwave sensing technology, which provides high measurement resolution and a strong signal-to-noise ratio. Combined with software-driven measurement and modern embedded electronics, Inmec sensors deliver stable, reliable measurement data suitable for controlling demanding industrial processes with confidence.
Wide measurement range
Accurate from low concentrations to high-solids processes — one sensor handles your full production range.
Stable signal despite coating and buildup
Maintains a stable measurement signal even when product coating or buildup is part of normal operation.
Flexible installation options
Works in tanks, vessels, and pipelines — adapts to your process layout, not the other way around.
Sensors for process pipelines
Direct in-line measurement delivers continuous concentration data without bypass loops, sampling delays, or drift from surface coating.
Sensors for process tanks and vessels
Direct in-tank measurement delivers continuous concentration data without sampling delays, operator intervention, or drift from surface coating.
Engineered for accuracy, stability and wide range
Digital microwave technology provides high measurement resolution and excellent signal quality under real process conditions. Embedded algorithms transform raw sensor data into stable, reliable values. The result: accurate, repeatable process control over years of continuous operation.