These CO2 incubation equipments provide optimal conditions that promote the growth and survival of bacteria and other microorganisms. The device is frequently used in pathological and research laboratories as well in the dairy and food industries. The CO2 incubators are equipped to detect even small changes in temperature, oxygen or carbon dioxide. Advanced CO2 incubators may have refrigeration capabilities to help maintain cells that need incubation under lower temperatures. You can get the best Carbon dioxide detector on our place.
Some of the major downsides
One of the most important problems that a CO2 incubator faces is maintaining an sterile, dry atmosphere inside the incubator. This includes preventing cell dehydration. Modern incubators have more sophisticated technology that can prevent temperature changes and maintain ideal growth conditions.
Effective temperature control
Water jacketed CO2 incubators and air jacketed CO2 incubators are the two main types. Incubators that use water to heat or cool are called water jacketed. As a result, air jacketed incubators are less preferred. The air jacketed incubators, however, are more preferred because they allow for the device’s temperature to be reached within a short period of time. This minimizes the temperature fluctuations.
Use of a desiccant to avoid contamination
It is important to note that the metallic surfaces on both the visible and hidden surfaces will discourage microbial growth. For the most recent CO2 incubators, sterile conditions are maintained by using a system of UV sterilization and hydrogen peroxide. If you want to reduce contamination and increase airflow, HEPA filters are a good option. However, they tend dehydrate cells because 95% relative moisture is the best for growth. While advanced humidity sensor technology may reduce the problems to an extent, they remain a serious concern for both manufacturers and researches.
Alarm and backup system
Advanced technologies are used in new models to combine an alarm/backup system and different sensors. When a parameter is outside of its range, the system will activate. These machines are designed for more precise experiments.
As a result, HCO3, which is the product of the reaction between CO2 and the water in the media acts as an adsorbent for the cells. Infrared detectors can be used on some CO2 incubators to determine fluctuations in the oxygen or carbon dioxide concentrations. Many of these CO2 incubators have a high efficiency in maintaining a CO2 content of around 5%.