Factory cultivation of edible and medicinal fungi refers to the creation of optimal growth conditions for edible and medicinal fungi by artificially controlling the growth environment of edible and medicinal fungi (such as temperature, humidity, light, ventilation, etc.). Combined with intelligent control and automated mechanical operation, the large-scale, standardized and annual production of edible and medicinal fungi is realized. The factory production method makes full use of industrialized scientific and technological means to accurately control the growth environment of edible and medicinal fungi, greatly improve production efficiency, shorten the growth cycle of edible and medicinal fungi, and ensure the quality and safety of the products.
In terms of production technology, factory cultivation of edible and medicinal fungi adopts a number of technologies such as automated assembly line operation, multi-layer stereoscopic cultivation of mushrooms, intelligent environmental control, and aseptic operation. Automated assembly line operation greatly reduces labor processes, improves efficiency, and reduces costs; multi-layer stereoscopic cultivation technology can make full use of space and increase the yield per unit area; intelligent environmental control technology can monitor and adjust the growth environment in real time to ensure the stability of the growth conditions of edible fungi: aseptic operation technology can effectively prevent contamination by miscellaneous bacteria and ensure the quality and safety of edible and medicinal fungi.