Having a stable contaminant-free environment is a fundamental issue in any laboratory and when it comes to the ones in microbiology fields. Laboratory incubators provide you with the important features of working with tissue cultures such as temperature, humidity, ventilation, and Co2.
Incubators are one of the best equipment for both growing and storing bacterial cultures. Besides, these are essential equipment for laboratory cell culture and for tissue culture work. Incubators protect cells from changes in temperature, humidity, and temperature range may vary through normal use. Moreover, you can get lab extraction equipment in order to test it first.
However, there are different types of incubators, and the commonly used are as follows:
1: Standard Incubators: These incubators can be gravity or fan-assisted convection, and their range of temperatures is from ambient to maximum.
2: Cooled Incubators: Incubators work at temperatures close to or below ambient temperature.
3: Humidity Incubators: These incubators control both temperature and humidity thanks to the refrigeration system rather than direct heating.
4: Co2 incubators: The incubators are widely used in Biological, and it is used when necessary to maintain a determined percentage of carbon dioxide in the incubator. You might be glad to know that level of CO2 is controlled by thermal conductivity or an infra-red sensor. The humidity is obtained from a tray of water which is constantly evaporating.
5: Shaking Incubators: These incubators shake in a temperature-controlled atmosphere. There are different sizes of this type of incubator with a temperature range from ambient or refrigerated.
6: Hybridisation ovens: Hybridisation incubators hold different hybridization bottles and rotate them at speed to enable hybridization in molecular biology.
Choosing the appropriate incubator: There are general features that one needs to keep in mind when you need to choose the appropriate incubator for a laboratory.
1: Internal Volume: One needs to compare the internal dimensions to determine the external dimensions according to lab requirements when considering space available, the bench, or floor standing.
2: Aluminium clad or stainless steel interior: You need to remember that stainless steel is easier to clean and resistant to corrosion than aluminium.
3: Gravity or Fan-forced convection: Depending on the importance of temperature uniformity. Fan-Forced is appropriate to keep uniformity, but if it dries, then gravity convection is a better option.
4: Digital or analog control display:
Digital or analog control display. Analog control is usually based on several dials and displays the actual temperature. In contrast, the digital control models display temperature through an LCD controller in the form of a microprocessor or PID controller. While depending on the type of space required, the number of shelves can be relevant for the researcher.
Inner glass doors, when the incubator has a glass door, the researcher can see the sample by opening it. Thus, it guarantees temperature stability.
Safety Features: Some models have set an alarm system in case of variations, temperatures whether it is high or low.
General Use of Incubators: Laboratory incubators are widely used for biology applications, such as cell and tissue cultures or biochemical studies and cell aeration. They are widely used to study tissue cultures that involve the extraction of animal or vegetable tissue and store them in controlled environments to analyze their growth. You can get the tested products from the best Lab Chemical Supplier and get the best products.
