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The Yocon automatic immune cell culture workstation is a fully automatic immune cell culture equipment developed based on Yocon's high-performance version of NK bagged serum free culture medium and the automated piping system made of FEP material.
The overall equipment is highly intelligent. Once the cells are inoculated, no manual intervention is required, and the immune cells will be automatically harvested after 14 to 16 days of culturing.
It has the built-in functions of real-time cell density monitoring and data analysis, which can monitor cell growth and evaluate the culturing quality in real time, and can also produce high quality results for samples at different levels.
Product information
1、Reagent Storage Area
*Store the high-performance version of NK cell bagged culture medium stably at 2 - 8°C to prevent the performance degradation caused by repeated pre-warming of the reagents during artificial culturing.
2、Human-Computer Interaction Area
*The operation interface is simple and easy to use, allowing for real-time viewing and management of data records.
3、Cell Culture Area
*The cell culture environment is set at 37°C with 5% CO₂ to achieve the automated cultivation of immune cells. A built-in non-contact density monitoring module monitors the cell density in real time, ensuring stable culturing results can also be achieved for samples in different states.
Why do immune cells require automated culturing?
Why wasn't automated immune cell culture popular before?
1、Reagent Reasons
*Compared with the culturing methods of other types of cells, the culturing of immune cells is relatively complicated and requires higher experience from the operators. There has been a lack of a high-quality culture medium that can be used for programmed culturing.
2、Consumable Reasons
*In immune cell culturing, it is necessary to determine whether to introduce fresh culture medium based on cell density. The existing cell culture consumables are made of non-transparent materials, making it difficult to implement a non-contact automated cell density detection method.
3、Cost Reasons
*Establishing and maintaining an automated system requires high development investment from manufacturers to break through the dual technical barriers of reagents and consumables.
Culture Cases
Note: Cases 1 - 5 are automated cultures of peripheral blood NK samples; Cases 6 and 7 are automated cultures of umbilical cord blood NK samples. The last three are customer cases, all of which are automated cultures of peripheral blood NK samples. Among them, customer cases two and three did not provide flow cytometry test diagrams.
Product information
1、Reagent Storage Area
*Store the high-performance version of NK cell bagged culture medium stably at 2 - 8°C to prevent the performance degradation caused by repeated pre-warming of the reagents during artificial culturing.
2、Human-Computer Interaction Area
*The operation interface is simple and easy to use, allowing for real-time viewing and management of data records.
3、Cell Culture Area
*The cell culture environment is set at 37°C with 5% CO₂ to achieve the automated cultivation of immune cells. A built-in non-contact density monitoring module monitors the cell density in real time, ensuring stable culturing results can also be achieved for samples in different states.
Why do immune cells require automated culturing?
Why wasn't automated immune cell culture popular before?
1、Reagent Reasons
*Compared with the culturing methods of other types of cells, the culturing of immune cells is relatively complicated and requires higher experience from the operators. There has been a lack of a high-quality culture medium that can be used for programmed culturing.
2、Consumable Reasons
*In immune cell culturing, it is necessary to determine whether to introduce fresh culture medium based on cell density. The existing cell culture consumables are made of non-transparent materials, making it difficult to implement a non-contact automated cell density detection method.
3、Cost Reasons
*Establishing and maintaining an automated system requires high development investment from manufacturers to break through the dual technical barriers of reagents and consumables.
Culture Cases
Note: Cases 1 - 5 are automated cultures of peripheral blood NK samples; Cases 6 and 7 are automated cultures of umbilical cord blood NK samples. The last three are customer cases, all of which are automated cultures of peripheral blood NK samples. Among them, customer cases two and three did not provide flow cytometry test diagrams.
