Cluster layout of completely automatic biological product system

Abstract

The invention relates to the field of culture containers, especially to a cluster layout of a completely automatic biological product system. The cluster layout of the completely automatic biologicalproduct system comprises a culture container bottle whole body, a fully permeable cap and cell adherent wallboards, wherein the culture container bottle whole body comprises a bottom collector of centrifugal bottles, a bottle mouth, an inner cell adherent wall, a slope board and the cell adherent wallboards, the slope board is arranged in the bottom collector of centrifugal bottles, the inner celladherent wall is arranged at one end of the bottom collector of centrifugal bottles, multiple groups of cell adherent wallboards are arranged in the inner cell adherent wall, and a graduation scaleplate is arranged outside the culture container bottle whole body. According to the present invention, the cluster layout of the complete automatic biological product system can be used as a single container in the process of adherent cell culture, can be used for culture, centrifugation, sample observation, transportation and other operations, the operation of opening/closing the cap, the operationof liquid transporting, storage of multi-type containers and conversion of multi-type containers in the whole process of automated production can be simplified, and the production efficiency and benefit can be effectively improved.

Description

technical field [0001] The invention relates to the field of culture containers, in particular to a cluster layout of a fully automated biological product system. Background technique [0002] Immunotherapy and regenerative medicine have entered the stage of large-scale application, which puts forward new requirements for the large-scale production of various types of adherent cells. The traditional manual laboratory production method is far from meeting the needs of large-scale industrial production. Intelligent automation The production system has become a necessary means to solve large-scale adherent cell production. In the automated production process, various containers are required for operations such as cultivation, cell solution transfer, and cell quality inspection. Traditional adherent cell culture containers, in order to adapt to Manual operation generally has the following problems: 1. The container has a single function. The culture container is suitable for the...

AI Technical Summary

Problems solved by technology

[0002] Immunotherapy and regenerative medicine have entered the stage of large-scale application, which puts forward new requirements for the large-scale production of various types of adherent cells. The traditional manual laboratory production method is far from meeting the needs of large-scale industrial production. Intelligent automation The production system has become a necessary means to solve large-scale adherent cell production. In the automated production process, various containers are required for operations such as cultivation, cell solution transfer, and cell quality inspection. Traditional adherent cell culture containers, in order to adapt to Manual operation generally has the following problems: 1. The container has a single function. The culture container is suitable for the cultivation process, and the detection container is suitable for the detection process. Risk; 2. Traditional culture containers, such as T75 culture bottles, T175 culture bottles, etc., in order to facilitate manual material storage, can only provide a single plane of the container as a surface for adherent cell culture, the volume of the container is large, and the utilization of unit volume Low efficiency, low utilization rate of culture solution; 3. The design of existing containers is difficult to adapt to automated liquid operation, and it is not convenient for automatic sample collection and detection in the process. While integrating cultivation, transfer, and detection operation requirements, it can effectively improve the cultivation efficiency and increase the yield in a unit space. Therefore, a cluster layout of a fully automated biological product system is needed to improve the above problems

Images