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AMIC is an automatic online nutrient analyzer designed for continuous and simultaneous measurement of up to 8 ions, (depending on configuration) including pH, using ion-selective electrode (ISE) technology. This advanced system provides real-time, reagent-free analysis for the most relevant nutrients in agriculture and hydroponics: calcium, magnesium, potassium, sodium, ammonium, nitrate, chloride, and pH.
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Continuous calcium and magnesium monitoring
Fully automatic: calibration, measurement, self-cleaning
Modbus or Webserver remote access
ISE technology for drift-free accuracy
IP66 housing for harsh environments
Easy SCADA/PLC integration
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Scale prevention in industrial boilers and cooling systems
Hardness control in irrigation and fertigation lines
Water treatment in food, beverage, and pharma industries
Quality assurance in bottled and municipal water supplies
Applications and Industries
Water and Wastewater
Ideal for drinking water or wastewater treatment plants, AMIC performs automatic measurements of hardness, chloride, sodium, and nitrate in real time. It operates reagent-free and connects directly to SCADA systems via Modbus TCP/IP or Webserver. An autonomous solution to meet compliance and guarantee water quality.
Food and Beverage Industry
In food production processes where water is critical, AMIC enables the automatic measurement of ions like sodium, calcium, or chloride in CIP/SIP lines. It ensures traceability, stable quality, and full compatibility with industrial systems — all without reagents or operator intervention.
Laboratories and R&D
Designed for demanding technical environments, AMIC provides precise and reproducible measurements with no manual input. Ideal for validation tests, quality assurance, or research, delivering stable data and full automation.
Precision Agriculture
AMIC is the perfect solution for nutrient control in fertigation and hydroponic systems. It works as a multi-ion online analyzer, automatically measuring ions such as nitrate, potassium, or calcium without manual intervention. It optimizes fertilizer use, improves crop quality, and ensures continuous water quality monitoring.
