Automatic cell culture equipment

Abstract

The invention discloses automatic cell culture equipment which comprises a supporting frame, a mechanical arm moving in a three-dimensional space, functional components, an air filtering device and an electric control system. The mechanical arm is arranged in the supporting frame. The electric control system comprises a master controller with a power source, and the master controller is electrically connected with the mechanical arm. An operation component is arranged on the mechanical arm. A feeding hole is formed in one side of the supporting frame. A first supporting part is arranged on the supporting frame, and the functional assembly is arranged on the first supporting part. A first executing end, a second executing end and a third executing end are arranged on a connecting part of the mechanical arm, a liquid transferring device is arranged at the first executing end, and a bottle clamping device is arranged at the third executing end. The functional components comprise a centrifugal machine, a swinging device for a culture bottle, a microscopic observation device, a refrigeration device and a weighing device. The device is provided with the mechanical arm to control the operation assembly and performs cell culture process operation through cooperation of all the functional components, the automation degree is higher, and the cell culture quality and culture efficiency are improved.

Description

technical field [0001] The invention relates to the technical field of cell culture equipment, in particular to an automatic cell culture equipment. Background technique [0002] The increasing development of bioengineering has brought higher standard requirements to cell culture, and meeting the needs of high consistency and mass culture of cells has become a reality. [0003] The traditional cell culture device has a single design function, which is limited to providing the required environment for cells. When operators manually operate the cell culture device for process culture, they need to use different equipment. space, and requires a high degree of manual participation. In practice, differences in operator experience, techniques, and habits can easily lead to large differences in test results, which seriously affect the quality and efficiency of cell culture; moreover, traditional cell culture devices are automated. The degree is extremely low, and the operation of ...

AI Technical Summary

Problems solved by technology

[0003] The traditional cell culture device has a single design function, which is limited to providing the required environment for cells. When operators manually operate the cell culture device for process culture, they need to use different equipment. space, and requires a high degree of manual participation. In practice, differences in operator experience, techniques, and habits can easily lead to large differences in test results, which seriously affect the quality and efficiency of cell culture; moreover, traditional cell culture devices are automated. The degree is extremely low, and the operation of the process will consume a lot of time and effort of the operator, which cannot meet the needs of more efficient cultivation

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