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AI STEM CELLS
CULTURING ROBOT

The use of AI robots in stem cell laboratories to cultivate a large number of mesenchymal stem cells for the practical treatment.

In order to solve and simplify all the problems and procedures of establishing a GMP laboratory, we have introduced a fully automated stem cell artificial intelligence culture robot developed by Japanese scientists.

The construction of an ordinary GMP stem cell culture laboratory (CPC) requires:

 

  • Careful business plan: number of patients, production cost, the construction cost of stem cell GMP culture laboratory, equipment acceptance, hygiene management, reagent and sample storage system, etc.

 

  • Confirmation of site configuration: floor height, pipeline configuration, outdoor unit placement site, power distribution, etc.

 

  • Selection of a variety of cultivation equipment: cost-effectiveness, delivery time, power supply

 

  • GMP laboratory acceptance: it needs to comply with various standards and laws

 

  • Skilled cell culture personnel: more than 20 weeks of personnel training, avoiding personnel changes, and the skills of the cultivator will determine the yield and quality of stem cells

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Renal Hypertension

Myocardial Infarction

Anti-aging

Skincare

Hair growth and care

Joint tissue injury

Spinal cord injury

Cerebral haemorrhage

Cerebral infarction

Alzheimer's prevention

Liver (hepatitis and cirrhosis)

Diabetes

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COMPARISON BETWEEN GMP LABORATORY AND THE AI ROBOT

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THE AI ROBOTS BENEFITS

The AI robot can save great effort from establishing a GMP laboratory.

SIMPLE APPLICATION

Just consider the space requirements and power requirements of the robot.

STABLE & HIGH QUALITY

All laboratory problems caused by humans are eliminated: no pollution, no experimental operation errors, 24 hours and 365 days of stable cultivation, objective judgment of the cultivation progress and appropriate operations.

INSTANT

No training is required, and no biological expertise is required. Using remote networks and artificial intelligence management, increasing the number of units can expand the production capacity of stem cell cultivation.

CHARACTERISTICS

OF THE

AI ROBOT

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  • Small size with H2050mm x W1700mm x D1100mm. Integrated design with incubator, centrifuge and other equipment are integrated into one single machine, only equivalent to the size of a vending machine. The integrated functions include culture, microscopic observation, medium exchange, cell recovery, centrifugation, consumable storage, cryopreservation, pipetting, stirring, waste liquid recovery, etc..

 

  • All consumables and internal spaces are disinfected with hydrogen dioxide spray to keep the internal space sterile.

  • The three-dimensional integrated design distributes each experimental device module vertically in all directions of the robotic arm to maximize the use of space.

 

  • The camera is used to collect images, and then AI is used to judge the progress of culture and the timing of medium replacement, so as to maximize the efficiency of culture.

 

  • Unique patented octagonal culture flask design with multiple characteristics:

    • easy for rotating culture;

    • convenient for microscope observation;

    • each bottle has a large culture area of ​​160cm2;

    • directly centrifuged;

    • completely sealed, and the pH is adjusted through the special coating inside the bottle to get rid of the use of CO2 when cultivating cells and avoid the pollution from CO2 gas.

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  • Primary culture is regarded as a difficult problem in cell culture and requires cultivators to have skilled technology and judgment ability. The stem cell AI robot is the only full automatic stem cell culture device in the world that can perform automatic primary culture.

  • It can hold 32 octagonal bottles, each bottle can be cultured independently, and stem cell culture can be carried out for up to 32 people at the same time, which can be freely distributed according to the patient's situation. Each bottle can recover 100 million stem cells, and the culture time is 10 to 15 days.

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THE CONCEPT OF AUTOMATIC CULTURING

Quality and security procedures in CPC

  • tissue storage

  • stem cells extraction

  • culturing medium replacement and sub-culture process

  • centrifugal separation and cell recovery

  • quality control management and output management

All security procedures can be avoided with the AI culturing robot

  • operating record management

  • process monitoring

  • sample testing management

  • quality control management

  • routine process management

THE ROBOT IS A FULLY-AUTOMATIC CONTROL SYSTEM WITHOUT MANPOWER

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LID OPENING

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SYRINGE FILLING

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