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The real difference between laboratory incubator, biochemical incubator and mold incubator

Laboratory incubator for growing and caring for organisms or cell cultures

“The purpose of the laboratory incubator is to provide a completely pollution-free natural environment for risk-free and trustworthy operation in the tradition of cell phones and batteries by regulating conditions such as temperature, humidity and carbon dioxide.

Laboratory incubators are essential for the development and storage of microbial populations, cell and tissue culture, biochemical and hematology research, pharmacy and food research. ”

BOD incubator(Biological Air Required) are widely used to maintain temperature for evaluation of tissue culture development, storage of microbial associations, and associations requiring improved thermostatic reliability.

A common difference between incubators and BOD incubators is that heatWidespread incubators have only one heating method, usually operating at 37°C, whereas BOD incubator softening, known as cooling incubators, now has cooling and heating system methods, usually Run at lower temperatures of 10°C and 21°C. ”

The real difference between biochemical incubator and mold incubator

1 Practical difference

Biochemical incubators can detect bacteria and the possibility of bacterial infection, and fungal incubators can give you the possibility of bacterial and bacterial infection. Therefore, fungal incubators for thematic quantities will be slightly more expensive compared to biochemical incubators. The fungal incubator will be equipped with a bactericide and a biochemical incubator, and the biochemical incubator does not actually need to install a mold incubator, no matter whether it is humidified or humidified, the biochemical incubator does not have a humidification solution. It needs to be refrigerated and then heated with electricity. take out.

2 The main difference used

Biochemical incubators are generally widely used for customs and preservation of microorganisms, molds, organisms, cells, standard water quality surveys and BOD identification, and are ideal equipment for reproduction experiments and vegetation cultivation. It is a necessary experimental equipment for research and development equipment of research-oriented scientific research institutions, colleges and universities or department laboratories, including biological genetics, building drugs, health insurance, and increasing morbidity to avoid environment-friendly safety, agriculture, forestry and puppy breeding.

Mildew incubator is absolutely any experimental device and is great for escanyanting eukaryotic organisms (like molds) as most molds are great for escanylanyte in any home climate (25°C) with lots of moisture for any good mold-like incubator Including any refrigeration technology any good heating technology anyn anyurany humidifier and any ventilated home any good control circuit with any program panel. And use any climate sensing unit and any humidity sensing unit to help keep the climate and humidity of your traditional home stable. It is also possible to build some special mold incubators to alter climate change. Humidity and incubation time.

The difference between a microbial incubator and a Bacterial incubator

Microbial incubators may be referred to as “warm-only” or “normal” incubators, with heating elements that provide culture conditions slightly above background If the background temperature during the clinical period is only around 22°C, they will only handle temperatures above Culture conditions around 27°C may even be 30°C.

Microbial incubators are used for the safe preservation of microbial plates and the increase of microbial states at 37 degrees Celsius. Most of these incubators are only equipped with preheated conditions; therefore, these are definitely also called preheated incubators.

In addition, cooling incubator

Cooling performance incubators are often known as “cool” incubators, with both cooling and heating to provide a greater climatic range – also close to well below background. They can also typically handle a range of incubation climates above the background climate – as ‘microbiological’ or ‘hot-dominated’ incubator performance may require greater investment in refrigerated incubators due to the use of more advanced modern technology.

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