This device provides suitable conditions for the growth of living organisms by controlling temperature, carbon dioxide gas and humidity. The growth medium of cells needs a buffer system to maintain a neutral pH, and a buffer compound such as sodium phosphate can be added to the culture medium, but often these compounds have a negative effect on the growth of cells, so the carbonate buffer system with the lowest The effect on cell growth is the best option. CO2 is not a metabolic requirement for cell cultures and its purpose is solubility in the culture medium and reaction with water in order to form carbonic acid so that it can further control the physiological pH of the medium through the bicarbonate buffer system. Intermittent opening of the incubator door will cause moisture to escape and as a result will lead to gradual evaporation of the culture medium and over time the salt concentration of the culture medium will increase and can lead to damage or even cell death. In this situation, due to the high concentration of CO2 inside the incubator, this humidity will be very similar to acid rain. By placing a tray of water on the bottom of the incubator, the necessary humidity is provided so that the cells do not dry out.
- Having an isolated chamber in terms of temperature and the entry and exit of gases
- Low consumption of CO2 even compared to the foreign model of the device
- High uniformity of temperature and CO2 gas inside the cabin
- Ability to set the range of temperature and CO2 gas alarms
- Alarm sounds if the door is left open
- There are alarms of rising and falling temperature and CO2 gas
- Internal and external insulated doors
- Ease of cleaning the interior of the incubator
- Every time you open the door of the device, it is possible to quickly recover the temperature and CO2 gas
- Advanced temperature control system for accurate temperature regulation
- Built-in fault finding system with sensor malfunction alarm
- Management of the interior space of the incubator by moving the trays at the desired height
- Microcontroller processor with temperature, CO2 and humidity display
The most common use of this type of incubators is for the cultivation of cells, anaerobic bacteria and other microorganisms that are used in the research process and even in the manufacture of drugs and vaccines, in the departments of cell biology, microbiology, cell culture and in all medical laboratories. They are used medicinally and biologically
- Neurology
- Pharmacology
- Immunology
- Virology
- Genetic Engineering
- Animal vaccines
- Human vaccines
- Artificial insemination
- Cell and tissue culture
- Production of recombinant proteins
- Production of monoclonal antibodies
Accurate temperature control: Simultaneous heating of all internal walls and PID temperature control for quick and accurate temperature recovery along with its uniformity
Humidity monitor: the humidity monitor inside the cabin to check and renew the water in the moisture production tank
Stainless inner chamber: the inner chamber and trays are made of ASTM 304 stainless steel and resistant to rust in saturated humidity.
Ability to move the trays: fully movable trays and support bases for easy cleaning of the inner compartment, as well as the ability to adjust the height of the trays
Internal glass door: Internal glass door to observe the condition inside the incubator without opening the door and without changing the atmospheric conditions inside the cabin.
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after sales service
By providing the highest level of after-sales service for our customers, we have been able to meet their needs in the shortest possible time, and without a doubt, providing this is only technically possible with the support of an experienced and experienced staff.
