Cell Culture Cartridge
The ISFET (Temp., pH, and DO) sensor is located in a proper position to measure the cell condition at the inside of all the CCC (Cell Culture Cartridge), and it can be equipped up to 32 set. The CCC is made of SUS 316L basically, however, it can also be replaced by organism-friendly manufacutured material. For temperature control, there is a Peltier element at the lower part of CCC, providing a precise control when heating and cooling.
Culture Chamber
material : 316L
Sensor : temp, pH, DO
Temp.Range : 30 ℃ ~ 40 ℃
Temp.Control : Peltier element
material : 316L
Sensor : temp, pH, DO
Temp.Range : 30 ℃ ~ 40 ℃
Temp.Control : Peltier element
Gassing and feeding
material : 316L
port type : One touch fitting
port size : M5
material : 316L
port type : One touch fitting
port size : M5
The membrane is located in the middle of circle cartridge, and cell is cultured above the membrane. The complex media is supplied to the cultured cell through a port at the upper side by micro peristaltic pumps, and the waste media which overflows by a small quantity after going through the cells exits trough the four(4) points at the upper side of the inside of the cartridge.
Multitude gases are infused and are selectively supplied to the cells through a permeable membrane under other permeable membranes in a series where the supplied mixed gases are exhausted through the other three(3) ports.
Multitude gases are infused and are selectively supplied to the cells through a permeable membrane under other permeable membranes in a series where the supplied mixed gases are exhausted through the other three(3) ports.
MEDIA dosing
flowrate : 0.2ml/min (tube ID 0.5 mm)
Media change in CCC : every 5~8 days
Technical data : Cell culture Cartridge
CCC Material :316L
Temperature range : 30℃ ~ 40℃
Temperature control accuracy : ±0.1 ℃
flowrate : 0.2ml/min (tube ID 0.5 mm)
Media change in CCC : every 5~8 days
Technical data : Cell culture Cartridge
CCC Material :316L
Temperature range : 30℃ ~ 40℃
Temperature control accuracy : ±0.1 ℃
Mixed Vessel
Mixing agitator speed : 30-120 rpm
Drive : DC Motor, Magnetic coupling
Vessel Volume : 50ml ~ 2L
Mixing agitator speed : 30-120 rpm
Drive : DC Motor, Magnetic coupling
Vessel Volume : 50ml ~ 2L
It is designed to periodically supply the minimum amount of complex media, after putting cell seeded multitude scaffolds on to the tray inside of the cartridge.
The supplied media is supposed to overflow through a posterior small groove and exhaust outside after going through several scaffolds. It is mainly used for the culture of cartridges that are seeded on the scaffolds.
Gases are dissolved and supplied to cells in the mixed conditions after infusion into the mixing vessel and mixed together with media.
The supplied media is supposed to overflow through a posterior small groove and exhaust outside after going through several scaffolds. It is mainly used for the culture of cartridges that are seeded on the scaffolds.
Gases are dissolved and supplied to cells in the mixed conditions after infusion into the mixing vessel and mixed together with media.
Technical data : Cell culture Cartridge
CCC Material :316L
Temperature range : 30℃ ~ 40℃
Temperature control accuracy : ±0.1 ℃
CCC Material :316L
Temperature range : 30℃ ~ 40℃
Temperature control accuracy : ±0.1 ℃
Mixed Vesse
Mixing agitator speed : 30-120 rpm
Drive : DC Motor, Magnetic coupling
Vessel Volume : 50ml ~ 2L
Mixing agitator speed : 30-120 rpm
Drive : DC Motor, Magnetic coupling
Vessel Volume : 50ml ~ 2L
The feeder cell can be cultured at the upper side where as the suspension cell can be cultured at the lower side, so the cytokine produced from feeder cells can be supplied to the suspension cells at the lower part to promote suspension cell culture. At the same time, as this structure enables separate suspension and feeder cell and culture, if the suspension cell should be used for therapy, it can completely block the contamination of feeder cells by suspension cells.
Also, as if replicating the pulse of the heart, it has the ability to give pulse pumpings to front end of the blood vessel and copy the vital stimuli, and can reproduce in vitro culture that is similar to in vivo by adding other vital stimuli.
If researchers provide the designs that fit with the purpose of culture when culturing NK cells, dendrite cells, and islet cells, we can provide it by customizing such as on the right.
If researchers provide the designs that fit with the purpose of culture when culturing NK cells, dendrite cells, and islet cells, we can provide it by customizing such as on the right.
The cartridge on the left also can, perform cell seeding, and supply media, where it can then be used for the production of blood vessels inside of the artifical blood vessel. It can also separate media flow outside of the artifical blood vessel and can also contrive the formation of new blood vessels.
