The Profling Beacon by Communication Technology provides Real-Time profiles of the whole column of water.
Meteo-Marine Buoy for coastal installations
LISC is the powerful datalogger by Communication Technology for the real-time monitoring of Oceanographic data.
The Cyclops-7 Logger connects to one Turner Designs Cyclops-7 sensor at a time.
The C-FLUOR Logger connects to one Turner Designs C-FLUOR sensor.
Flexible platforms that expand sensor capabilities of profiling floats by providing multispectral radiometry, nitrate, scattering, beam attenuation, chlorophyll, and CDOM measurements to complement the temperature, salinity and oxygen measurements of the profiling float.
A Navis autonomous profiling float with integrated optical Dissolved Oxygen sensor (SBE 63) and bolt-on WET Labs ECO Triplet is now available from Sea-Bird Scientific. The sensors take continuous measurements at 1 Hz through ascent, and provide high accuracy, resolution, and stability.
A Navis autonomous profiling float with integrated optical Dissolved Oxygen sensor (SBE 63) and WET Labs MCOMS is now available from Sea-Bird Scientific. The sensors take continuous measurements at 1 Hz through ascent, and provide high accuracy, resolution, and stability.
The C6P™ Submersible Fluorometer can be configured with up to six optical sensors ranging from the deep ultraviolet to the infrared spectrum.
The C3™ Submersible Fluorometer can be configured with one, two or three optical sensors ranging from the deep ultraviolet to the infrared spectrum.
The Cyclops Integrator™ provides a package optimized for integrating Cyclops™ sensors into vehicles.
The CYCLOPS-7™ line of submersible sensors is designed for integration into multi-parameter platforms requiring a high performance, compact sensor at a significantly lower price than traditional submersible sensors. The CYCLOPS-7™ combination of price, performance and size makes the sensor very attractive for oceanographic, freshwater and dye tracing applications.
PhytoFind in situ Algal Classification Simplifies Identification of Harmful Algae
Early identification of harmful algal blooms (HABs) is important to be able to leverage resources to protect public health.
C-FLUOR are sensitive, extremely low power single wavelength in situ fluorescence and turbidity probes available in several optical configurations spanning a broad range of applications.
The Opti-Check™ is a small, lightweight, highly durable handheld fluorometer ideal for quick measurements in the field.
The AquaFlash™ provides quick and accurate estimations for total chlorophyll and photosynthetic efficiency "health" of algae using in vivo fluorescence detection.
The AquaFluor® is a lightweight, inexpensive, handheld fluorometer/turbidimeter ideal for field use.
The Ballast-Check™ 2 is a small, lightweight, highly durable handheld fluorometer ideal for quick indicative compliance checks of the IMO D2 ballast water standard for live organisms, 10-50µm. ....
FluoroSense Handheld Fluorometer fort quick HAB Identification
The Trilogy® Laboratory Fluorometer is a compact laboratory instrument for making fluorescence, absorbance and turbidity measurements using the appropriate snap-in Application Module.
he 10AU™ Field Fluorometer is a rugged, field-portable instrument that can be set up for continuous-flow monitoring or discrete sample analyses.
Utilizing advanced fluorescence technology, the Algaewatch™ Online Fluorometer offers real-time algal biomass data with unmatched accuracy and sensitivity.
Turner Designs' Enviro-T™ is an accurate, single channel fluorometer which installs into a plumbing tee for direct in-line measurements. The Enviro-T™, easily integrated with data collection...
The Environmental Characterization Optics (ECO) series of single channel fluorometers delivers both high resolution and wide ranges across our entire line of parameters using 14 bit digital processing.
The Environmental Characterization Optics (ECO) series of sensors incorporates a common set of options with a single basic design to make them ideal for a wide variety of deployments.
These low cost, low power optical sensors provide comparable performance to other fluorometers at a fraction of their cost, power requirements, and size.