Respiratory Metabolic Measurement System for Aquatic Organisms, 850 L, Shanghai TOW Intelligent Technology Co., Ltd. (CAT#: STEM-LEAR-1112-YJL)

Respiratory Metabolic Measurement System for Aquatic Organisms, 850 L, model SW10300 is manufactured by Shanghai TOW Intelligent Technology Co., Ltd.
The respiratory metabolism measurement system for aquatic organisms is mainly used to measure oxygen consumption in fish, aquatic invertebrates, fish eggs and their embryos, and even plankton. It is widely used in the ecology of aquatic life, water environment toxicology, aquaculture, fish behavior physiological ecology, aquatic animal development ecology and aquarium.
The respiratory metabolic measurement system for aquatic organisms adopts "intermittent”respiratory measurement method, which combines the advantages of "open” respiratory measurement method with long measurement time and simple "closed” respiratory measurement method, overcoming the disadvantages of poor time resolution in "open”mode and poor continuous measurement in "closed”mode.

Fluorescent fiber oxygen measuring system: including 4-channel measuring host, non-invasive oxygen sensors and temperature sensors. High spatial and temporal resolution, Bluetooth communication, active measurement of oxygen in water and air, long-term active monitoring, zero oxygen consumption, strong stability.
The pH measurement range is 0~14 and the resolution is 0.01.
Other types of respiratory chambers can also be customized according to the animal shape and the specific requirements of users, such as zebrafish respiratory chamber, suitable for the respiratory chamber of crabs, mussels and other aquatic animals.
Submersible pump: the static swimming chamber has two optional flow rates of 5 L/min and 10 L/min, which match the volume of the respiratory chamber.
Swimming chamber: including external water bath, activity room, motor, submersible pump, etc.
Volume: 850 L
Volume of test area: 135×45×45 cm
Weight of fish: 5-15 kg
Adjustable water velocity: 15-200 cm/s
Length and width: 347×132 cm
Pump flow: 10L/min

"Intermittent”respiratory measurement method, which combines the advantages of "open” respiratory measurement method with long measurement time and simple "closed” respiratory measurement method, overcoming the disadvantages of poor time resolution in "open”mode and poor continuous measurement in "closed”mode.
Remote wireless transmission can effectively avoid the complicated cabling connection and the working noise caused by submersible pump.
Respiratory chamber is highly customized in wither shapes, ans sizes according to the type of aquatic animals.

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