AQUALABO specializes in the design and manufacture of water quality control and analysis equipment, including digital sensors, handheld meters, and monitoring solutions.
AQUALABO is a leading French manufacturer dedicated to the field of water quality analysis and control. Established to provide innovative technological solutions, the company designs and produces a wide range of rugged and precise instruments for environmental monitoring, wastewater treatment, and industrial water processes. Their product lineup includes the NEON series of handheld meters, Digisens digital sensors, and various stationary analysis stations capable of measuring parameters such as pH, conductivity, dissolved oxygen, turbidity, and suspended solids.
With a strong presence in France and internationally, AQUALABO serves sectors ranging from municipal water management to aquaculture and hazardous fluid monitoring. Their equipment is known for supporting standard communication protocols like Modbus and SDI-12, ensuring seamless integration into existing networks. The company also emphasizes long-term support through calibration services, chemical reagents, and durable sensor technologies like the Plastogel® reference system.
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New devices sold by AQUALABO are typically guaranteed against manufacturing defects for a period of 1 year, excluding consumables, from the date of delivery.
Calibration procedures vary by sensor type (e.g., PHEHT, C4E). Generally, it involves using standard buffer solutions and accessing the calibration menu on your connected controller or handheld device. Refer to your specific sensor manual for the exact steps.
The most recent versions of user manuals and technical documentation are available on the official AQUALABO webpae.
For technical support or to request a repair, you should contact the AQUALABO after-sales department. Approval is required before returning any device for service.
Sensors should generally be stored in a clean, dry place. Specific storage temperatures (often 10-35°C) and protective cap requirements apply depending on the sensor technology (e.g., pH glass vs. optical sensors).