In the next article we will explain to you the important decisions you need to know before buying a CO2 incubator.
First of all, prepare a study of your use of the incubator
Before purchasing an incubator for your lab, you must first decide what your use of the incubator is, what characteristics do you need from it? What operations and reaction speed of the incubator are you looking for.There are a wide variety of incubators so the research operation is very important so that you know exactly what you need from the incubator. This will make it easier to fit the model for you.
On what criteria is it best to base your decision:
The most important thing in cell growth is of course the cleanliness of the environment and protection from pollution. Is it possible to ensure this cleanliness in the long run? The most crucial factor here is the design of the incubator.How easily and efficiently can the unit be handled and cleaned? Interior design also affects which applications will be possible, so this aspect should be thoroughly researched in advance. A moisture management system protects your cultures from drying out, while a co2 gas supply ensures optimal pH value is achieved in the cell medium.Of course you should also think about the cost-benefit ratio when purchasing lab equipment. Think of your CO 2 incubator as a long-term purchase and consider the costs you will incur for unit maintenance.
Consider potential contamination risks even before making a purchase!
What are the vulnerabilities that you need to keep in mind when making a purchase? Above all, these are fans and interior fixtures of all kinds that provide colonization surfaces. The simpler the design of the CO 2 incubator, the faster and easier disinfection can be done by spraying and wiping. Good units also offer the option of air sterilization.
Control of complex incubator tasks
Creating cell cultures is a complex process that requires concentration, so the equipment of the laboratory you use should not complicate your work.The components of your CO 2 incubator should be easy to install and remove. This process step is essential after each experiment. The standard temperature range when performing hot air sterilization inside is 160 to 180 degrees Celsius.It can be easily controlled at the push of a button. To allow you to directly evaluate and share your measurement data.
Moisture management without risk of contamination
What is the best way to prevent dehydration of cell cultures? The answer is an effective humidity system that ensures consistently high humidity levels in the indoor atmosphere. The goal is to provide a relatively high humidity (RH) of between 90 and 95%, and ensure a short moisture recovery time.
Humidity management as a key factor: In practice it is impossible to avoid opening the door during the observation period. What is more important is that the cells are not damaged in any way in the process.