Industrial online moisture measurement
NIR and microwave systems for conveyors, mixers, bales, truckloads and continuous sheet materials — configured around the material, measurement depth, installation and plant-control requirements.
Measure Every Process. Control What Matters.
Measurement routes
Measure the surface, the full material bed, individual bales or complete incoming loads with a route designed for the way your material moves.
Sensor families & installation options
For mixers, chutes and conveyor belts
Scanning systems & project configurations
For bales, bulk intake and full-truck screening
Analysis, control & data integration
For boards, sheets and continuous production
Products and systems
Seven official product systems cover online process sensing, incoming-material inspection and continuous product analysis, with configurations adapted to material and installation conditions.
Online process sensors
Non-contact surface measurement on belts and continuous material.
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Online process sensors
Flush-mounted measurement for mixers, chutes and material flow.
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Online process sensors
Transmission measurement across a material bed with geometry review.
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Incoming-material inspection
Incoming bale inspection with scanning, software and line integration.
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Incoming-material inspection
Multi-section incoming-material assessment for commercial settlement and quality control.
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Sheet and board analysis
Continuous moisture profile and classification for boards and sheet materials.
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Sheet and board analysis
Non-contact transmission measurement for thin layers and low-moisture materials.
View product detailsComplete product catalogue
08Filter by material, installation point and control objective.
Industry applications
Each industry page connects the material, installation point, reference method, process consequence and suitable measurement route.
Control moisture variation in aggregates, sand and dry mixes—from batching through forming.
Concrete & aggregates · Sand & gravel · Cement & raw materials
Explore the route
Catch abnormal moisture in recovered paper, pulp and recycled fibre before it disrupts quality or settlement.
Recovered paper bales · Pulp & paper · Corrugated cardboard
Explore the route
Keep chips, sawdust and pellets stable before storage, transport and energy conversion.
Wood chips · Sawdust · Biomass pellets
Explore the route
Control critical moisture points across veneer, MDF, OSB and particleboard production.
Lumber & timber · Veneer & plywood · MDF
Explore the route
Monitor coal, ore and bulk minerals for process control, stock management and commercial settlement.
Coal & coke · Ores & concentrates · Sinter & pellets
Explore the route
Know grain, corn and feed moisture at receiving, storage, processing and blending.
Grain & corn · Rice · Animal feed
Explore the route
Build a continuous moisture window for flour, starch, sugar and other dry ingredients.
Flour & starch · Sugar · Coffee & cocoa
Explore the route
Reduce batch variation in fertiliser, salts, resin pellets and industrial powders.
Fertiliser · Salts · Detergent powders
Explore the routeProject cases
Follow four representative industrial project scenarios from the measurement point to operator action, validation data and measurable result.
Cement and mineral processing
01A typical MW-3000 through-material project for moving cement and mineral raw mix.
Deviation response
Before · 70 min
Recovered paper and fibre
03A typical MW-6000 recovered-paper and fibre-bale project with repeatable scan coverage.
Average inspection cycle
Before · 95 s/baleFull-truck incoming inspection
04A typical MW-7000 project combining full-truck scanning, vehicle geometry and a retained receiving record.
Inspection-to-release time
Before · 18 minEngineering knowledge
A successful moisture project needs two connected decisions: choose a measurement route that fits the material, then build evidence that makes the result usable in production.
01 · Measurement technology
Surface, contact and through-material measurement respond to different material conditions. Compare depth, flow, installation geometry and control objective before selecting a system.
02 · Calibration and validation
A reliable online result starts with the correct reference method and representative samples, then continues through calibration, independent validation, commissioning and routine verification.
Latest insights
Technical guidance for measurement selection, laboratory comparison, application engineering and production use.
Laboratory testing produces a reference result for a defined sample and method. An online system observes the process continuously. They answer related but different questions and work best when sampling, timing and calibration connect them.
A comparison test is a sampling and validation study, not a sequence of unrelated spot checks. Define the measurement question, pair the right material and preserve independence before calculating performance.
A difference is not automatically sensor error. It may come from comparing different material, different times, different moisture definitions or conditions outside the verified application range.
Complete knowledge centre
Compare measurement routes, sampling, calibration, validation and production-control guidance.
Global partner network
We are building relationships with automation integrators, equipment manufacturers and industrial-instrument distributors that can support application discovery, installation and first-line service.
Share a few process details and our application team will recommend a suitable technology, installation concept and validation plan.