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AQUAFLUOR
AquaFluor Handheld Fluorometer/Turbidimeter
AquaFluor® is a lightweight, inexpensive, handheld fluorometer/turbidimeter ideal for field use
TRILOGY LABORATORY FLUOROMETER
Trilogy Laboratory Fluorometer
Trilogy® is a powerful yet easy to use instrument that offers many benefits for benchtop analysis of samples.
CYCLOPS-7F
Cyclops-7F Submersible Sensors
Cyclops-7F™ Sensors are high performance, compact submersible fluorescence and turbidity sensors designed for integration into any platform that provides power and datalogging.
C3 SUBMERSIBLE FLUOROMETER
C3 Submersible Fluorometer
The C3™ Submersible Fluorometer can be configured with one, two or three optical sensors ranging from deep ultraviolet to the infrared spectrum.
C6P SUBMERSIBLE FLUOROMETER
C6P Submersible Fluorometer
The C6P™ Submersible Fluorometer includes up to six optical sensors, each configured for a specific application
FLUOSENSE HANDHELD FLUOROMETER
FluoroSense Handheld Fluorometer
FluoroSense™ is a small, lightweight, highly durable handheld fluorometer ideal for quick in situ field measurements.
AUV ECA A-9E
A9-E is the configuration of the autonomous autonomous vehicle A9 of the ECA group, AUV, for environmental monitoring. In addition to acquiring images of the seabed, it will record bathymetric data as well as environmental information such as water turbidity, conductivity, temperature, fluorescence, dissolved oxygen or pH. Mission planning and tracking is done through user-friendly software that lets you track the vehicle at all times during your mission.
AUV A18S
A18-S is the 3D image sonar configuration of the A18 autonomous underwater vehicle of the ECA Group. This AUV is designed to develop precision 3D inspections of the seabed. It is deployed from a surface vessel and an LARS allowing automatic recovery can be used. The vehicle operates autonomously at depths of 300 meters with 21 hours of battery life and is easy to transport by plane.
AUV A18D
A18-D is the mid-size autonomous underwater vehicle of the ECA, AUV group for deep water applications. It is dedicated to the precise exploration of the seabed in 3D. It performs autonomous missions from a depth of 3000 m for up to 21 hours and is easy to transport by plane for missions abroad. This system can be delivered with an LARS which enables automatic underwater recovery and Triton Imaging software applications for further data processing.