CJSVEI

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The application field of Cryogenic Saturated Vapor Exchange Incubators (CJSVEI) is quite wide. Cryogenic temperatures of liquid nitrogen (LN2) are used to provide optimal conditions for sensitive samples in the biomedical, biophysical, bioprocessing, pharmaceutical, and medical fields. It is used to facilitate the incubation and storage of biological samples, tissue cultures, microorganisms, proteins, enzymes, and bacteria. Furthermore, this technology can be used for cryopreservation of reproductive cells such as oocytes and sperm.

In terms of working principles, CJSVEI utilizes cryogenic cooling through LN2 to provide extremely low temperatures and high levels of humidity to maintain cell viability and help maintain protein structure and enzymatic activity. CJSVEI systems are generally equipped with a thermoelectric heat-exchanger in order to provide continuous and even cooling. This helps reduce thermal shock on samples and allows for a more accurate temperature control.

CJSVEI systems typically contain a vaporizer, a vapor transfer unit, an LN2 chamber, and a condenser. The vaporizer breaks down large volumes of air into individual molecules of oxygen, nitrogen, and other gases. These molecules then transfer to the vapor transfer unit, where they are heated and passed through an LN2 chamber. Here, the molecules freeze and turn into a liquid state, before they are further cooled and condensed in the condenser.

CJSVEI systems also usually have incubation bags and other specialized ceramic containers so that the temperature and humidity within the system can be accurately controlled. In addition, this system is equipped with a data logger and temperature sensors in order to track the temperature of the environment and ensure accurate and reliable performance. The data logger also allows data to be easily retrieved and stored for further analysis.

Finally, CJSVEI systems are also able to provide humidification of samples and cells by introducing moisture-rich saturated vapor directly into the surrounding environment. This helps protect samples from drying out and improves sample stability. Additionally, it helps maintain the necessary levels of humidity to facilitate accurate and consistent incubation of tissues, cells, and microorganisms.

In summary, CJSVEI technology provides efficient and reliable incubation and storage of sensitive samples and cells in the biomedical, bioprocessing, and pharmaceutical fields. By utilizing cryogenic cooling with LN2, this technology provides extremely low temperatures and high levels of humidity to help maintain sample and cell viability. Moreover, CJSVEI can also provide humidification of samples to further improve sample stability. Thus, the application field of this technology is quite wide and it is essential for such areas of research and technology.

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