The incubator is not unfamiliar to modern people. It is a device that artificially simulates or maintains a specific temperature, humidity, and light intensity environment for cultivating plant seeds or tissue growth and development. According to the different working methods and simulation conditions of incubators, they are usually divided into different types such as biochemical incubators, light incubators, artificial climate incubators, and plant growth incubators.
Light cultivation chambers and artificial climate chambers are widely used in artificial climate tests for plant germination, seedling cultivation, tissue and microbial cultivation, as well as for the feeding of insects and small animals, and for BOD determination in water analysis and other purposes. When conducting constant temperature, humidity, and light experiments in environmental protection, agriculture, forestry, animal husbandry, and other scientific research or production units, light incubators and artificial climate chambers are also * equipment. The biochemical incubator has a bidirectional temperature control system for cooling and heating, as well as temperature controllability. It is an important experimental equipment for scientific research institutions, universities, production units, and laboratories in the fields of biology, genetic engineering, medicine, health and epidemic prevention, environmental protection, agriculture, forestry, and animal husbandry. It is widely used in low-temperature and constant temperature experiments, cultivation experiments, environmental experiments, etc., for the cultivation and preservation of bacteria, fungi, microorganisms, tissue cells, and other experiments.
If we look at it from a broad perspective, among the three different types of incubators: biochemical incubators, light incubators, and artificial climate incubators, biochemical incubators are used. However, regardless, these three types of incubators, as important instruments and equipment for controlling and regulating small environments, have played an important role in current production and life, and are contributors to the development of human science. Therefore, relevant enterprises or departments should leverage the strengths of these instruments, make good use of them, and realize their greater application value.