The Etuoli gas flowmeter provides a stable and reliable growth environment for cells in cell culture devices by accurately controlling and measuring gases such as oxygen, carbon dioxide, and nitrogen. The following table can help you quickly understand its core application value:

Application dimension The key role of iTooli gas flowmeter

Accurate control of gas environment Accurately control the flow rate and proportion of gases such as oxygen and carbon dioxide to maintain the stability of cell culture mediumpHValues and dissolved oxygen levels that meet the typical requirements for mammalian cell culture5%Left and right oxygen concentration5%-10%Carbon dioxide concentration.

Simulate physiological conditions According to experimental requirements, quickly and accurately adjust gas flow rate and composition, simulate the dynamic changes in gas concentration experienced by cells under physiological conditions, and assist in the in-depth study of cellular physiological functions and pathological mechanisms .

Ensure a stable training environment Through high-precision measurement (accuracy)±0.5%F.S.）And fast response time（<1s）Timely respond to small fluctuations in the gas inside the cultivation chamber to ensure long-term stability of the gas environment.

Process data recording and traceability Support multiple communication protocols (such asRS232,TheCANTheRS485The4-20mAThe0-5V）It can be integrated into the control system to record gas flow data, providing a basis for process optimization and problem tracing.

Accurately control cellular respiration

In cell culture, gas is not only present in cellsThe necessity of "breathing" is also a key lever for regulating its life activities.

Stable metabolic environment: The Etuoli gas flowmeter can accurately control the flow rate and proportion of gases such as oxygen and carbon dioxide, providing stable culture conditions for cells. For example, in mammalian cell culture, it is usually necessary to control the oxygen concentration within5%Left and right, control the concentration of carbon dioxide at5%-10%To maintain the culture mediumpHValue and dissolved oxygen levels promote cell growth and proliferation.

Simulating complex physiology: For more cutting-edge research, such as simulating the microenvironment of internal tissues, precise control of gas dynamics is required. The Etuoli gas flowmeter can quickly and accurately adjust the gas flow rate and composition according to experimental needs, simulate the gas concentration changes experienced by cells in physiological states, and help to further study the physiological functions and pathological mechanisms of cells .

️Supported by reliable technology

The precise task of cell culture that can be accomplished by the Aituoli gas flowmeter relies on its solid technical core.

Core principle and performance: The Atari gas flowmeter adopts the thermal mass flow measurement principle to directly measure the gas mass flow rate, avoiding errors caused by temperature and pressure fluctuations. Its accuracy can reach±0.5%F.S.The repeatability accuracy is ±0.2%F.S.Ensuring consistency and reliability of control. below1A response time of seconds can quickly respond to gas fluctuations inside the cultivation chamber.

Material and integration capability: The gas path contact components are made ofSUS316LStainless steel, sealed with fluororubber, has good biocompatibility and corrosion resistance. supportCANTheRS485TheRS232The4-20mAThe0-5VMultiple communication methods can be easily integrated into the automation control system of cell culture equipment, enabling remote monitoring and automatic adjustment.

summary

Integrating the Aituoli gas flowmeter into the cell culture device is equivalent to installing a functional device for the cellsIntelligent respiratory system. It significantly improves the repeatability and success rate of cell culture experiments through precise, stable, and reliable gas regulation capabilities, providing solid support for basic life science research as well as industrial applications such as cell therapy and biopharmaceuticals.