Cell incubator

Abstract

The invention discloses a cell incubator, which comprises an incubator body, first and second incubator-cover airtight covers and an electronic control unit. The incubator body has an internal space, a refrigerating chamber for storing a culture solution and an airtight culture chamber with a built-in culture bag. The first incubator-cover airtight cover is arranged on the culture chamber and the second incubator-cover airtight cover is arranged on the refrigerating chamber. The electronic control unit has a microprocessor, a power module, a digital / analog conversion module, a heating module capable of temperature control for the culture chamber, a refrigeration module for providing a cold source for the refrigerating chamber, a peristaltic pump module having a stepping motor, a carbon dioxide supply and detection module for supplying carbon dioxide to the culture chamber, and a setup display module which is shown up on the surface of a first incubator cover. The stepping motor is in sterile connection between the culture solution and the culture bag by the utilization of several infusion tubes, and is powered by the power module. By default of cell culture condition through the setup display module and by computing control through the microprocessor, the stepping motor runs to draw the culture solution into the culture bag.

Description

technical field [0001] The invention relates to a cell culture device, in particular to a light and handy cell culture box which is easy to move and use. Background technique [0002] In view of the vigorous development of biotechnology, cell culture has become a hot topic in recent years. In order to achieve aseptic culture of cells, the general method is to carry out in a sterile cell culture room. However, due to the strict environmental requirements for cell culture, once any link does not meet the standards, the effectiveness of the culture will be greatly reduced. Even cultivation fails. [0003] For this reason, since large-scale cell culture rooms are equipped with excellent equipment and relatively high overall cost, there are very few sterile cell culture rooms in a single region, generally only regional hospitals, colleges of biochemistry or large laboratories, It is only possible to have this equipment. Therefore, if there is a need for cell culture, not only h...

AI Technical Summary

Problems solved by technology

In order to achieve aseptic culture of cells, the general method is to carry out in a sterile cell culture room. However, due to the strict environmental requirements for cell culture, once any link does not meet the standards, the effectiveness of the culture will be greatly reduced. Even the cultivation fails

[0003] For this reason, since large-scale cell culture rooms are equipped with excellent equipment and relatively high overall cost, there are very few sterile cell culture rooms in a single region, generally only regional hospitals, colleges of biochemistry or large laboratories, It is only possible to have this equipment. Therefore, if there is a need for cell culture, not only has to go all the way to a big hospital, causing traffic inconvenience, but also needs to schedule a time in advance, resulting in protracted and time-consuming suffering, which is quite unnecessary. convenient

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