Biological incubators are widely used to study tissue cultures involving the removal of animal or plant tissue fragments and to store these “explants” (e. g. isolated cells from a portion of tissue) in controlled environments (temperature, pH, CO2 and humidity) and subsequently analyze their growth.

 

Studying these explants allows researchers to understand the function of certain cells, and tissue cultures have also helped detect several health disorders that occur as a result of the absence of certain enzymes.

 

The main objective of the CO2 incubators, has a incubator biological, is to simulate the physiological conditions of mammals, unfortunately, the environments created within these equipments are also ideal for the proliferation of certain biological contaminants, but if you have Kalstein equipments everything is very different.

 

And how does Kalstein do it? We’re telling you.

 

Let’s start from some procedures, to begin with we know that cells must be maintained or cultured for periods ranging from a few hours to many weeks. That is why, when it comes to a crop, it is necessary to have a CO2 incubator, a device in which not only temperature, but also humidity and carbon dioxide content must be controllable. It is essential to keep the atmosphere in a CO2 incubator manufactured by Kalstein to protect the samples.

 

There are a number of incubators that are supported by a warm air jacket and in some cases by a water jacket. These elements ensure uniform temperature distribution and thermal stability. Another factor that guarantees these elements is the fast recovery time after opening the door. Finally, temperature maintenance is also guaranteed. On the other hand, it also prevents condensation from forming.