The carbon dioxide incubator is a core part of laboratory instruments. The constant temperature and humidity mold incubator is dedicated to providing sterile testing for the shaping of living mechanisms or cells, and a natural environment outside the body with humidity and pH rise. There are usually two key types of incubators, immediate heating and water jacket, each with obvious advantages and disadvantages. In order to better determine which type of incubator * * is suitable for your laboratory, you should carefully evaluate the long-term application status, and at the same time, consider the placement of the incubator and the type of cells to be incubated. Different cell types have different sensitivities to standards such as temperature fluctuation, vibration and insufficient oxygen, which is crucial for understanding before making decisions on incubators. Once you know where the incubator will be stored in the laboratory and the ideal standard of living for your cells,

    Master the advantages and disadvantages of immediate heating and water jacket Incubator - to put it bluntly, the constant temperature light incubator water jacket incubator has a vessel filled with water around the growth and development room, which transmits the heating or cooling internal temperature according to the inner cavity. The water circulation system in the collet creates a roughly symmetrical internal temperature and heat buffer to avoid external gas fluctuations. This type of oil buffer is especially useful when the power is turned off, because the water jacket incubator can maintain five times the heating capacity of the immediate heating device. The water jacket can also suppress vibration. The constant temperature biochemical incubator is very useful in the application of sensitive cells. Customers should also consider that the water jacketed incubator is very heavy during filling, and it is likely that it will take nearly 24 hours to achieve a good operating temperature during * * operation. In addition, their design scheme is not suitable for decontamination or sterilization at very high temperatures. In turn, it is likely that gas purification will have to be carried out.