Anaerobic incubator digital display temperature control oxygen concentration display UV sterilization

Anaerobic incubator digital display temperature control oxygen concentration display UV sterilization

Main features

1. An anaerobic incubator consists of a cultivation operating room, a vacuum sampling room, an air circuit, a circuit control system, and other components. The whole machine has a novel design, compact structure, good anaerobic environment, good sealing performance, high temperature control accuracy, good stability, easy use, gas saving, economy, safe and reliable operation, and other advantages.

2. Using a large LCD touch screen to intuitively control parameters such as temperature inside the incubator, ensuring that the culture grows under safe temperature conditions.

3. Imported oxygen sensors are used, and the touch screen byte displays the oxygen content in the operating room, making it convenient to observe whether the anaerobic state is reached inside the incubator.

4. It can be used for anaerobic cultivation or micro aerobic cultivation (oxygen concentration 0-10%).

5. The anaerobic environment in the sampling room and operating room is formed using a one click automatic gas replacement.

6. The box is equipped with ultraviolet sterilization lamps, which can effectively prevent contamination by miscellaneous bacteria.

7. The front window of the operating room is made of thick transparent special glass, and the box is equipped with lighting fixtures, which can clearly and directly observe the indoor operation situation.

8. The pneumatic device can accurately adjust the flow rate and input various required gases at will.

9. The air circuit switch adopts a locking switch to control the solenoid valve, and the operation is flexible.

10. Indoor installation of deoxygenation catalyst, capable of removingbottomRemove residual oxygen from the cultivation operating room.

11. The incubator has an over temperature alarm function. When the temperature inside the incubator exceeds the alarm set value, it can automatically cut off the heating circuit and emit a light alarm signal.

12. Equipped with a foot switch, it can be used for control during operation.

Anaerobic incubator digital display temperature control oxygen concentration display UV sterilization

Biological Science Research

Microbiological research: It can provide anaerobic or low oxygen environment, which is conducive to the growth and reproduction of anaerobic microorganisms, thus studying the physiological and biochemical characteristics of microorganisms and their roles in nature. It can also be used to cultivate microorganisms with special metabolic pathways, such as methanogens, sulfur producing bacteria, etc., providing support for the development and utilization of biological resources.
Fermentation engineering: refers to the fermentation processCan't be lackingThe equipment. Researchers can use it to precisely control fermentation conditions such as temperature, pH value, gas composition, etc., thereby optimizing the fermentation process and improving the quality and yield of fermented products. It is also widely used in the fermentation production of microbial fertilizers, bioenergy, biopharmaceuticals and other fields.
Environmental monitoring: used to simulate and cultivate microorganisms in the environment, analyze the impact of their metabolic activities on the environment. For example, when studying the ability of microorganisms to degrade pollutants in environments such as water bodies and soils, suitable anaerobic conditions can be provided to help researchers evaluate the effectiveness of microbial degradation of pollutants. It is also widely used in fields such as bioremediation and biological monitoring, providing scientific basis for environmental protection and governance.

Other scientific research

Research type anaerobic incubators usually have higher accuracy and stability, and are suitable for research institutions to conduct microbiology and other research work in various fields.

Food fermentation industry

Under strict anaerobic conditions, anaerobic incubators can be used to inoculate, cultivate, and monitor food substrates (such as rapeseed meal, dairy products, etc.) or fermentation strains (such as lactic acid bacteria, butyric acid bacteria, acetone butanol clostridia, etc.) to obtain highly active and high-purity anaerobic fermentation products.