Tips for choosing the appropriate incubator:

CO2 incubator is a key component of laboratory equipment, designed to provide a sterile, humidified, and pH optimized in vitro environment for the cultivation of biological tissues or cells. There are usually two main types of incubators: direct heating and water jacket, each with obvious advantages and disadvantages. To determine which type of incubator is more suitable for your laboratory needs, you should consider the location of the incubator and the type of cells to be cultured, and carefully evaluate long-term use. Different cell types have varying sensitivities to temperature fluctuations, vibrations, and hypoxia, which must be understood before deciding on a culture chamber. After determining the location of the incubator in the laboratory and the ideal living conditions for the cells,

Understand the advantages and disadvantages of direct heating and water jacket incubators. As the name suggests, water jacket incubators have a container filled with water around the growth chamber, which heats or cools the internal temperature through conduction on the inner wall. The water circulation inside the jacket causes the internal temperature and heat buffering to be almost uniform, preventing external air fluctuations. In the event of a power outage, this buffer solution is particularly useful because the insulation time of the water jacket incubator is five times that of the direct heating device. The water jacket can also reduce vibration, which may be a valuable function in handling sensitive cells. Buyers should also consider that the water jacket insulated box will be heavy when filled, and it may take up to 24 hours to reach a stable working temperature during the first start-up. In addition, their design cannot perform decontamination or sterilization operations at sufficiently high temperatures. On the contrary, gas purification may be necessary. (Test article)