Using a Gas Mixer to generate Hypoxia, Hypercapnia or Hyperoxia conditions

Gas Mixer for Hypoxia Hypercapnia or Hyperoxia conditions

A DYNAMIC GAS MIXER AS SOLUTION:

To overcome these limitations, researchers are now turning to dynamic Gas Mixers as a more precise and efficient solution.

A dynamic Gas Mixer is a compact and reliable instrument that allows researchers to control the concentration of gases in real-time by adjusting the ratios of different gases. This permits researchers to generate precise and controlled hypoxia, hypercapnia, or hyperoxia conditions, which is essential for accurate research results.

Traditionally, researchers have used pre-mixed gas cylinders to control the concentration of gases in an environment. However, this method is not only costly, but it also has limitations.

The pre-mixed gas cylinders have fixed ratios of gases, which makes it impossible to change parameters in real-time. This can limit the accuracy and efficiency of the research. Additionally, the pre-mixed gas cylinder system is large and takes up a lot of space in the laboratory.

DYNAMIC GAS MIXERS

LIFE SCIENCE AND MEDICAL STUDIES ON THE OXYGEN LEVELS IN CELL CULTURES

When it comes to laboratory research, creating precise and controlled environments is crucial. One of the most important variables that researchers must control is the concentration of gases in an environment.

The most convenient solution at this point is to have a tool that performs these tasks in real-time with trusted precision. A dynamic Gas Mixer to overcome static conditions can be used for unlimited applications creating an unlimited number of gas mixtures.

BENEFITS:

One of the main benefits of using a dynamic Gas Mixer is its ability to create a wide range of gas concentrations. Researchers can easily adjust the ratio of gases to create their specific conditions. This is important when studying the effects of different environments on living organisms in an incubator, for instance. The ability to create a wide range of gas concentrations also allows researchers to study the effects of different conditions on different organisms, such as plants or animals.

Another benefit of using a dynamic Gas Mixer is its ability to save time and money. Traditional methods of controlling gas concentrations, such as pre-mixed gas cylinders, can be costly and time-consuming. A dynamic Gas Mixer eliminates this need, which can save researchers both resources and funds.

Moreover, one of the main benefits of using a dynamic Gas Mixer is its small size, which makes it space-saving.

EASY CONNECTED AND READY TO USE:

A simple connection system (USB, WiFi, Bluetooth, 485Bus) and excellent compatibility and integration (Matlab, Profibus, Modbus, Python) make the installation of this tool an elementary task. A ready-to-use and user-friendly software is supplied too, and deployed in a simplified version on the device itself and operable through a responsive touch screen.

The main advantage to mix gases using a gas mixer device is stable, compelling, and cost-effective control over the chamber conditions and a reliable reaching of the achievement of the purposes.