CO2 incubators are necessary equipment for research as well as clinical laboratories conducting cell culture and tissue culture work. CO2 incubators can be utilized for routine applications such as cell cultivation or for specific protocols including stem cell applications (oocyte collection and prep, pre-implantation diagnostics, IVF as well as embryo transfers and sperm preparation.) Managing a healthy CO2 level within the incubator is significant, because the CO2 interacts with the buffering system of the cell culture media to find out the media’s pH.
Instrument may be modular- from glove box units to workstations, or standard stand-alone units. Also included in this section are flowmeters which calculate gas streams with a changing gas composition. When choosing a CO2 incubator, determine if you will require a thermal conductivity (TC) sensor or the newer type of IR sensor. Also look for features which stop desiccation and contamination, and promote energy efficiency as well as temperature control.
A CO2 incubator is easy to utilize and manage. With the beginning of microprocessor controls and various accessories, the CO2 incubator is approaching a set it and forget it mode of operation. Features such as over-temperature thermostats as well as alarms, door opening alarms, CO2 alarms, password protection of settings, self-calibration as well as auto decontamination cycles offer easy operation and safety for the user. Other features like stackable models help conserve valuable lab space. Some models need stacking kits sold as accessories while other units are stackable without kits or tools. Some models also provide exchangeable door swings to accommodate placement as well as lab space.
Opting the size of incubator to meet your storage requires as well as space limitations contributes to the ease of use. CO2 incubators range in size from personal bench-top incubators (<40 liters) to large-capacity incubators (>700 liters). The mid-sized models (140-180 liters) provide the most options described above but the smaller and larger capacity incubators accommodate specific storage requirements. The broad range of sizes, options as well as accessories for CO2 incubators are quite plentiful and should meet any researchers needs.
Control Air Humidity
Normal temperatures in a CO2 incubator lie at around the similar temperature as the human body (37 °C). The necessary matter is sustaining humidity in a regulated manner, while at the similar time avoiding condensation in the interior. This is done in practice either through humidification via water trays in the interior of the CO2 incubator, by direct contact of water with the floor or through an activity controllable system for dehumidification as well as humidification in which the water supply lies outside the working chamber. The water from the external water tank is heated up in a vaporator as well as fed into the chamber as steam, which means that only sterile water humidifies the chamber as well as the samples with the humidity should be applied in specific doses.
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