We use know-how gained from over 75 years of experience to design sensors that guarantee water quality. Explore our wide selection of digital probes suitable for portable, field, and on-line measurement, or paired with dataloggers. Discover efficiency combined with technology.
We offer a range of over twenty sensors covering pH, conductivity, dissolved oxygen, turbidity and more. Suitable for various fields such as natural water quality, urban or industrial sanitation, drinking water and fish farming. Our devices ensure reliable and optimal monitoring for all your measurements
Discover our hardy, energy-efficient and low maintenance digital sensors with open communication protocols for accurate measurements.
The PHEHT cutting-edge sensor excels in measuring pH, ORP, and temperature parameters. Engineered for challenging conditions, it boasts a long-life electrode, digital technology, and Modbus RS485 protocol for seamless integration.
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The C4E sensor features a 4-electrode system with alternating current and constant voltage. Its technology ensures accurate conductivity and salinity readings in most water applications, even in challenging conditions.
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Aqualabo's NTU optical turbidity probe measurement principle is based on the 90° infrared light-scattering nephelometry. A wide range of 0 to 4000 NTU, ensures accuracy in diverse water quality applications.
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Discover the state-of-the-art solution for online or portable water quality monitoring with Aqualabo's Tripod digital multi-parameter probe. The Tripod is an advanced platform designed to measure several physico-chemical parameters simultaneously. Customize your equipment and select three desired sensors available to measure among the following parameters: pH, ORP, temperature, dissolved oxygen, turbidity, conductivity, salinity, and TDS.
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The VB5 digital probe helps you to manage your sludge process easily. Suitable for portable and online applications, this optical sensor gives you the insight you need in a snap.
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The EHAN sensor's replaceable Plastogel® electrode, wide titanium ring and digital communication make it the best option for reliable and durable ORP measurement for process control in demanding applications.
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The PHEHT cutting-edge sensor excels in measuring pH, ORP, and temperature parameters. Engineered for challenging conditions, it boasts a long-life electrode, digital technology, and Modbus RS485 protocol for seamless integration.
Learn moreThe C4E sensor features a 4-electrode system with alternating current and constant voltage. Its technology ensures accurate conductivity and salinity readings in most water applications, even in challenging conditions.
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The OPTOD sensor employs luminescent optical technology, adhering to both ASTM and ISO standards. With stainless steel or titanium bodies, it offers precise dissolved oxygen measurement in many applications.
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Our DO measurement OPTOD PLASTIC features our high-end luminescent optical technology, offers two different strainers to choose from and an optional antifouling solution. It's a cost-effective solution for aquaculture applications.
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Aqualabo's LowTuS turbidity probe employs an ISO 7027 compliant nephelometric method, ensuring precise turbidity measurements from 0 to 100 NTU. Its unique self-cleaning mechanism guarantees sustained accuracy in time.
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The cutting-edge MES5 probe for total suspended solids and turbidity measurement in water, is engineered with advanced optical infrared absorptiometry technology, ensuring accuracy and reliability in numerous water treatment applications.
Learn moreDiscover our hand-held single/multi-sensor devices, on-line digital transmitters, and standalone modules via LoRa radio transfer
The NEON NTU handheld device equipped with a turbidity sensor, based on a principle of nephelometry (ISO 7027), allows to measure the temperature, the Turbidity (NTU or FNU) and the Turbidity in mg/l of water. A portable, modern, intuitive device that records up to 30,000 data points downloadable via WiFi..
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The portable NEON VB with an IR optical sensor precisely detects the level of the Mud Veil in your settling works. Robust, it allows secure use in the field and a WiFi transfer function.
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NEON C4E handheld device measures Temperature, Conductivity and Salinity of water. A portable, modern, intuitive device, it stores up to 30,000 data points downloadable via Wifi.
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The ODEON is a handheld multiparameter water quality monitoring instrument. IP67 rated, resistant, reliable, and flexible, it measures up to 7 physicochemical parameters and is upgradeable with a photometer.
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Aqualabo’s NEON PHEHT handheld measuring instrument, is a modern water quality control solution for precise pH, ORP and temperature monitoring, featuring intuitive handling, 30,000 data points recording and Wi-Fi transfer.
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Designed for versatility, the ACTEON 5000 transforms into a command center, providing real-time control of your process, all within an easy-to-use touch screen and rugged design.
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Discover our innovative IoT solution for water quality measurement and control: the AquaMod, a cutting edge LoRaWAN module. This compact, autonomous wireless device seamlessly integrates with our range of digital sensors, offering real-time data on vital parameters like temperature, pH, and dissolved oxygen among others.
Learn moreDiscover the ODEON, Aqualabo's cutting-edge solution for water quality control, meticulously crafted to meet international standards. This handheld multiparameter instrument seamlessly combines ruggedness with digital intelligence, boasting the ability to measure physicochemical parameters with our wide range of DIGISENS probes and over 40 additional parameters using our innovative PHOTOPOD photometer.
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Aqualabo’s NEON PHEHT handheld measuring instrument, is a modern water quality control solution for precise pH, ORP and temperature monitoring, featuring intuitive handling, 30,000 data points recording and Wi-Fi transfer
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Featuring advanced optical luminescence technology, Wi-Fi data transfer, a robust design, a built-in barometer, the cutting-edge handheld NEON OPTOD is your go-to for dissolved oxygen measurement, ensuring precise water monitoring.
Learn moreA sensor or a set of sensors should be calibrated to enable it to operate error-free with the greatest possible accuracy. The calibration process is set up to improve system efficiency and performance by reducing systemic errors. An accurate reading from a calibrated sensor can be used as a reference point. Any undetected inaccuracies in a sensor may lead to systemic deterioration. It is therefore essential to calibrate the sensor in order to ensure the accuracy of automated systems.
AQUALABO’s ACTEON 5000 transmitter plays a critical role in in-situ monitoring of water quality. It collects data such as temperature, conductivity, and oxygen level, and then transfers this information in real time. These devices facilitate continuous monitoring by enabling rapid detection of changes in water quality. Transmitters are essential for assessing the health of aquatic ecosystems, ensuring proactive management of abnormal variations and thus contributing to the conservation of water resources.
AquaMod is engineered as a compact, autonomous wireless module designed for collecting and transmit data from digital sensors. It boasts straightforward installation, being preconfigured in the factory for immediate operational readiness. Users can easily configure and diagnose the module locally through Wi-Fi and a user-friendly web application. he AquaMod module employs a local area and private LoRa® network, featuring low power consumption and an extended range suitable for battery-operated devices, ensuring long autonomy. Users own both the gateway and network, enabling direct data management from digital sensors to their platform. This autonomy eliminates communication costs, presenting a cost-effective solution for efficient LoRa® network utilization in data management.
