In the cell culture process, the accuracy and stability of the CO2 incubator is very important. During this process, the smallest change in CO2 atmosphere, temperature and humidity can affect the cell culture. In addition, culture medium and cells have economic value and sometimes cultures cannot be repeated and therefore they need stable and reliable culture conditions, which is achieved by Sina CO2 incubators. Sina incubators have optical CO2 sensors that have high accuracy and detection speed and are very suitable for sensitive cell cultures. Also, due to easy operation and no need for continuous maintenance, the user’s time and side costs are saved.
In the cell culture process, the accuracy and stability of the CO2 incubator is very important. During this process, the smallest change in CO2 atmosphere, temperature and humidity can affect the cell culture. In addition, culture medium and cells have economic value and sometimes cultures cannot be repeated and therefore they need stable and reliable culture conditions, which is achieved by Sina CO2 incubators. Sina incubators have optical CO2 sensors that have high accuracy and detection speed and are very suitable for sensitive cell cultures. Also, due to easy operation and no need for continuous maintenance, the user’s time and side costs are saved.
In the cell culture process, the accuracy and stability of the CO2 incubator is very important. During this process, the smallest change in CO2 atmosphere, temperature and humidity can affect the cell culture. In addition, culture medium and cells have economic value and sometimes cultures cannot be repeated and therefore they need stable and reliable culture conditions, which is achieved by Sina CO2 incubators. Sina incubators have optical CO2 sensors that have high accuracy and detection speed and are very suitable for sensitive cell cultures. Also, due to easy operation and no need for continuous maintenance, the user’s time and side costs are saved.
Using the shaker together with Sina’s smart CO2 incubators has increased the range of use of this incubator for different cell types. The design of the Sina shaker is such that it works with a low and safe voltage in an environment with saturated humidity and prevents the creation of suspended particles inside the cabin due to very low vibration. This orbital shaker is mobile and is suitable for long-term use inside the incubator, therefore, by shaking the sample depending on the revolutions per minute and the defined time, by shaking the sample, it brings air to the lower parts of the culture environment and causes uniform growth of the sample. Cultivated throughout the environment.
Peristaltic pumps, positive pressure pumps are ideal for moving different fluids and transferring culture media, buffers and other solutions. The fluid passes through the flexible silicone hose due to compression between the pump head rollers and its body, and because the fluid is only in contact with the hose, the risk of contamination is completely eliminated. Peristaltic pumps are generally used for pumping clean and sterile fluids or corrosive fluids because the entry of contamination does not happen in these pumps.
Peristaltic pumps, positive pressure pumps are ideal for moving different fluids and transferring culture media, buffers and other solutions. The fluid passes through the flexible silicone hose due to compression between the pump head rollers and its body, and because the fluid is only in contact with the hose, the risk of contamination is completely eliminated. Peristaltic pumps are generally used for pumping clean and sterile fluids or corrosive fluids because the entry of contamination does not happen in these pumps.
It is used to inject and transfer fluids at a desired speed. Pardis Sina Process Company has four models of peristaltic pumps with the ability to move liquids from 0.1 to 10000 ml/min with excellent quality and very easy to use. The important point is that for a choice that suits the needs of laboratory fluids and industrial fluids, the importance of fluid transfer, the range of viscosity, the intensity of fluid transfer and the size of the displaced fluid should be considered.
It is used to inject and transfer fluids at a desired speed. Pardis Sina Process Company has four models of peristaltic pumps with the ability to move liquids from 0.1 to 10000 ml/min with excellent quality and very easy to use. The important point is that for a choice that suits the needs of laboratory fluids and industrial fluids, the importance of fluid transfer, the range of viscosity, the intensity of fluid transfer and the size of the displaced fluid should be considered.
Today, single-use bioreactors are widely used for cell culture. Reciprocating or wave producing systems are among the bioreactors that have been used more than other types in recent years. The components of this type of bioreactor consist of the rocker section (producer of reciprocating movement) and culture bag holder, digital control section and disposable culture bag. The culture medium and cells are in contact only with a disposable culture bag that is pre-sterilized and placed on the rocker section. The reciprocating movement of the rocker section creates waves in the culture medium inside the bag. These waves cause better aeration and mixing of the culture medium without producing bubbles and the least destructive pressure on the cells, and as a result, very suitable culture conditions are provided for the cells. The technology of single-use culture bags reduces production costs, including validation costs and costs related to the washing and sterilization process, and due to simple and easy setup and operation, it significantly reduces the risk of contamination. This technology can be easily used to cultivate different types of cell lines, including animal (adherent cells using microcarriers and non-adherent cells), stem cells (sensitive to destructive pressure), plant cells, insect cells, Yeast cells and some microbial cells are closed culture, fed-batch culture and perfusion.
Today, single-use bioreactors are widely used for cell culture. Reciprocating or wave producing systems are among the bioreactors that have been used more than other types in recent years. The components of this type of bioreactor consist of the rocker section (producer of reciprocating movement) and culture bag holder, digital control section and disposable culture bag. The culture medium and cells are in contact only with a disposable culture bag that is pre-sterilized and placed on the rocker section. The reciprocating movement of the rocker section creates waves in the culture medium inside the bag. These waves cause better aeration and mixing of the culture medium without producing bubbles and the least destructive pressure on the cells, and as a result, very suitable culture conditions are provided for the cells. The technology of single-use culture bags reduces production costs, including validation costs and costs related to the washing and sterilization process, and due to simple and easy setup and operation, it significantly reduces the risk of contamination. This technology can be easily used to cultivate different types of cell lines, including animal (adherent cells using microcarriers and non-adherent cells), stem cells (sensitive to destructive pressure), plant cells, insect cells, Yeast cells and some microbial cells are closed culture, fed-batch culture and perfusion.
