IR Infrared Carbon Dioxide Incubator HH.CHP-01

IR Infrared Carbon Dioxide Incubator HH.CHP-01Main features:

1. The carbon dioxide incubator adopts a streamlined arc design, and the outer shell is made of cold-rolled steel plate with surface electrostatic spraying; The inner liner is made of stainless steel material, and the semi-circular four corner design makes cleaning more convenient.

2. Microcomputer temperature controller with small temperature fluctuations, equipped with ultraviolet sterilization lamps inside the box to regularly disinfect the box with ultraviolet radiation, preventing contamination during cell culture.

3. Double layered door structure: After the outer door is opened, the laboratory experiment is observed through the inner door made of high-strength tempered glass, and the temperature and humidity are not affected.

4. The CO2 concentration sensor adopts an imported infrared probe, which can directly display the CO2 concentration inside the box and operate reliably.

5. The independently set door heating system can effectively avoid the phenomenon of exposure on the inner door glass.

6. The studio adopts water tray natural evaporation humidification, and the humidity is directly displayed by the instrument.

7. The carbon dioxide incubator is equipped with an independent temperature limit alarm system, which automatically interrupts when the temperature limit is exceeded, ensuring the safe operation of the experiment and preventing accidents. 、

A carbon dioxide incubator is an experimental instrument used for the cultivation of cells, tissues, and bacteria. The carbon dioxide incubator adopts a streamlined arc design, and the outer shell is made of cold-rolled steel plate with surface electrostatic spraying; The inner liner is made of high-quality stainless steel material, and the semi-circular four corner design makes cleaning more convenient. Microcomputer temperature controller with small temperature fluctuations, equipped with ultraviolet sterilization lamps inside the box for regular ultraviolet disinfection, thus preventing contamination during cell culture.
Below are two heating methods for carbon dioxide incubators:
The water jacket heating system maintains a constant temperature by surrounding the internal box with an independent water jacket layer. Its advantages include that water is a good insulation material, and when there is a power outage, the water jacket system can maintain the accuracy and stability of the temperature inside the incubator for a relatively long time (3-4 times longer than the air jacket system), which is beneficial for users who need to maintain stable cultivation conditions for a long time in an unstable experimental environment (such as limited electricity or frequent power outages).
Gas jacket heating is a method of directly heating the inner box through heaters located throughout the gas jacket layer of the box, also known as six sided direct heating. Compared with the water jacket type, the air jacket type has the characteristics of faster heating and faster temperature recovery, which is particularly beneficial for short-term cultivation and cultivation that requires frequent opening and closing of the box door. In addition, for users, the air jacket design is simpler than the water jacket design (the water jacket design requires filling, emptying, and cleaning the water tank, and regularly monitoring the operation of the water tank)

Carbon dioxide incubators are mainly used in biomedicine for cultivating and studying cells. It is an environment used to maintain cell survival and growth, providing the gas environment required for cells to grow naturally, which is 95% air and 5% carbon dioxide.

A carbon dioxide incubator can precisely control the concentration of carbon dioxide in the environment, which is necessary for many types of cell culture. Many biological laboratories use this equipment to simulate the concentration of carbon dioxide in the human body, which is crucial for many research projects.

In addition, carbon dioxide incubators have many other functions, such as temperature and humidity control, which are also crucial for cell growth. For example, certain diseases, such as rheumatic heart disease, are related to environmental humidity, so precise humidity control is necessary for certain studies.

Overall, the application of carbon dioxide incubators in the field of biomedicine is mainly for cultivating and studying cells, especially when simulating the concentration of carbon dioxide in the human body and precise environmental conditions.

IR Infrared Carbon Dioxide Incubator HH.CHP-01Technical Specifications