The difference between a constant temperature incubator and other incubators

Incubator, equipped with a bidirectional temperature control system for cooling and heating, with controllable temperature function, is a laboratory equipment for scientific research, education and teaching departments such as plants, biology, microbiology, genetics, viruses, medicine, and environmental protection. It is widely used in low-temperature constant temperature experiments, cultivation experiments, environmental experiments, and so on.

1、 Microbial incubator
Microbial incubators are suitable for scientific research, university experiments, and production departments such as environmental protection, health and epidemic prevention, agriculture and animal husbandry, drug testing, and aquaculture. It is a constant temperature, constant temperature oscillation equipment used for water analysis and BOD determination of bacteria, fungi, and microorganisms in cultivation, preservation, plant cultivation, and breeding experiments. A light incubator is a high-precision constant temperature device with light function; A light incubator is a constant temperature cultivation device for the cultivation and breeding experiments of bacteria, molds, and microorganisms, especiallyIdeal equipment for scientific research and production use in fields such as biotechnology, medical research, agricultural and forestry science, aquaculture, and animal husbandry. The outer shell of the light cultivation box is generally made of cold-rolled steel plate, the surface is coated with electrostatic spraying technology, the inner liner is made of engineering plastic or stainless steel, and the insulation layer is formed by polyester foam. The transparent window adopts double-layer hollow glass to ensure the insulation performance inside the box,
There are cold and hot air ducts inside the box, and the gas circulation inside the box is smooth and the temperature is more uniform. Light incubators are mainly used for plant cultivation, while microbial incubators have different types depending on the type of microorganisms being cultivated, roughly aerobic and anaerobic.

2、 Constant temperature incubator PK mold incubator
Constant temperature incubator: There are two types of incubators: separated water type electric constant temperature incubator and electric constant temperature incubator. Separated water type electric constant temperature incubator: the water jacket can maintain a good constant temperature even in the event of power failure, and adopts two temperature control methods: microcomputer intelligent temperature controller and bimetallic regulator. Temperature control range: Room temperature 5 ℃ -60 ℃, can only stabilize the temperature above room temperature, without refrigeration. As the suitable growth temperature for mold in a mold incubator is 22-28 ℃, it needs to have dual cold and hot temperature control. When the room temperature is above 30 ℃ in summer, it needs to be cooled down to ensure the suitable growth of mold. When the room temperature is below 10 ℃ in winter, it needs to be heated up to ensure the suitable growth of mold.

3、 Constant temperature and humidity chamber PK plant cultivation chamber
Constant temperature and humidity chamber: can accurately simulate constant temperature and humidityA type of enclosure with a temperature and humidity control system for complex natural environments, commonly used in laboratories for plant cultivation and breeding experiments; Bacterial and microbial cultivation, used for breeding, fermentation, microbial cultivation, various constant temperature tests, environmental tests, substance denaturation tests, and storage of culture media, serum, drugs, and other items. It can be widely applied to sterile testing in pharmaceuticals, textiles, food processing, and other fields. It is also widely used in research and application areas such as healthcare, biopharmaceuticals, agricultural research, and environmental protection. The constant temperature and humidity chamber is generally used in industries such as electronics and electrical engineering, household appliances, automobiles, instruments and meters, electronic chemicals, components, raw materials, coatings, and plating for high and low temperature, high and low humidity experiments. It is highly favored in fields such as aerospace, aviation, ships, weapons, electronics, petrochemicals, postal and telecommunications, communications, and automobiles.