Manufacturing and Industrial Processes
Instrumentation, continuous monitoring and services for manufacturing plants and industrial processes: dew point, humidity, temperature and CO2 measured accurately where they define product quality and energy consumption.
The variables you can't see define the quality you can
In an industrial plant, the hardest variables to see are the ones that cost the most when they drift. Compressed air dew point decides whether condensation and corrosion reach the pneumatic lines; furnace atmosphere moisture defines the surface quality of treated metal; drying air sets the balance between product quality and energy consumption. Measuring these variables accurately turns them from invisible risk into control parameters.
We don't deliver an isolated sensor: we integrate instrumentation, traceable calibration, automation, telemetry and data intelligence on a single risk-mitigation platform, so that every process decision is made with reliable, traceable data.
Where we instrument the plant
Continuous measurement of dew point, humidity, temperature and CO2 in the processes where a deviation costs quality, energy or unplanned downtime, integrated with existing control systems.
- Compressed air dryers and distribution networks
- Heat treatment furnace atmospheres: annealing, sintering and brazing
- Industrial drying of products and materials
- Climatic and test chambers
- Environmental monitoring of warehouses and storage facilities
- Data center hot and cold aisles
- Industrial HVAC and demand-controlled ventilation
- Integration of sensors and transmitters into SCADA/PLC systems
What we measure in industrial processes
Dew point
Residual moisture in compressed air, process gases and furnace atmospheres, measured at line pressure or with a sampling cell.
Ver más →Humidity
Relative humidity and temperature in manufacturing environments, warehouses and test chambers.
Ver más →Temperature
Process and controlled-environment temperature for demanding industrial measurements.
Ver más →CO2
Demand-controlled ventilation and indoor air quality in plants, offices and buildings.
Ver más →Dew point for industrial processes
Indoor air quality and building automation
Climate control and indoor air quality depend on reliable CO2, humidity and temperature measurements. AKRIBIS integrates wall-mounted and duct transmitters for demand-controlled ventilation, occupant comfort and integration with building BMS and SCADA systems.
Explore Instrumentation →An integrated platform, not just another supplier
In an industrial process, the value of a data point depends on the entire chain behind it: the instrument, its calibration, its integration into the control system and the models that turn it into decisions. AKRIBIS One brings the ecosystem's units together so that chain has no loose links.
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AKRIMET
Metrology, calibration, qualifications and validations with SI traceability and OAA Level I recognition (RE-016) in temperature, mass, humidity, pressure and electricity.
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AKZOTEC
Engineering, industrial automation (PLC, SCADA, HMI, CMS), installation and civil works, and preventive and corrective maintenance.
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AKIoT
NB-IoT telemetry, dashboards and alerts for continuous monitoring of distributed assets, with cryptographically traceable calibration.
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SINGULAR4
Data intelligence and ML: predictive models and anomaly detection on the operating data that monitoring collects.
Adding one unit means integrating with AKRIBIS One, the ecosystem's holistic risk-mitigation platform. Explore the full ecosystem.
Related technical and application notes
Dew Point in Industrial Drying
Why industrial drying seeks the right balance between quality and energy consumption, and why HUMICAP® and DRYCAP® cover different humidity ranges within the same process.
Ver más →
Humidity in Climatic and Test Chambers
Why sealing materials and samples under test skew the humidity reading, and how chemical purge and warmed probes solve the condensation risk.
Ver más →
Dew Point in Data Centers
The ranges ASHRAE recommends, why dew point is a better control parameter than relative humidity, and how sensor accuracy impacts energy consumption.
Ver más →
How to Choose the Right Humidity Instrument
When to measure relative humidity vs. dew point, what high and low humidity demand, how temperature and pressure factor in, and when a warmed probe, a sampling system or an Ex-certified instrument is the right call.
Ver más →Want to know how we apply this in your plant?
An AKRIBIS ecosystem specialist can advise you on instrumentation, calibration, automation or continuous monitoring for your industrial process.