MouseRooms

Today we are going to take a look at the secrets of the mushroom breeding in a factory. Join us on this fascinating journey and learn step by step how these remarkable mushrooms are bred from the ground. Let's go! Our journey begins in the heart of the mushroom breeding process, the substrate preparation. This last step is to determine the production of a rich, sterilized medi The first important decision is the selection of the suitable substrate material. Various mushrooms have different preferences. In many cases, the selected substrate material requires a pre-processing to create an optimal environment for the mushroom breeding. The methods of pre-processing are to soak, cook or steam the substrate. This process removes unwanted microorganisms, reduces the competition and increases the nutrient content. The cooked mushroom breeding is given to this machine with fork staples so that they can be broken up and separated from the mushroom. As soon as the substrate material is treated properly, it is time to mix and condition it. In this step, further ingredients can be added to increase the nutrient value of the substrate. The available ingredients are, among other ingredients, such as wheat, wheat or soy sauce, which are for calci Feudality plays a decisive role in the substrate preparation. The substrate should be moist, but not too wet. Experienced breeders monitor the moisture content and adjust it to the need to make an optimal environment for the mucous membrane to be balanced without making any foam or bacterial contamination. After sterilization or pasteurization, the substrate must cool down at a suitable temperature for the mushroom breeding. After cooling, the inoculation process begins, in which the mushroom breeding or mucous membrane is given. This sets the process of vaccination in motion, in which the mucous membrane grows and spreads out throughout the substrate. The mushroom breeding begins with the carefully selected stem. Various mushrooms are needed for an optimal growth of specific environmental conditions and substrate. Experienced breeders choose high-quality mushroom seeds or bread, which serve as a starting point for cultivation. In this case, these seeds are packed and sent to the laboratory, where they are developed and freed by microorganisms. After the substrate preparation and the stem selection begins, the inoculation process begins. The inoculation is the process of bringing the mushroom breeding into the prepared substrate. The mucous membrane is evenly distributed and mixed with the substrate. This allows the mucous membrane to settle and form a network of connected stem. The mixed substrate is given via a band of the mixture machine, where the substrate is mixed better. Then these combinations are given to the incubation line. This makes these combinations possible in the incubation room. Now the incubation process begins. The substrate shells are placed in a controlled environment, which is called the incubation chamber. This chamber offers the necessary temperature, h Mushrooms usually need a temperature of 13 to 18 degrees Celsius and a h A sufficient air circulation is crucial to prevent the formation of carbon dioxide and to ensure a proper oxygen exchange. As soon as the mucous membrane has settled, it is time to introduce the breeding. When the breeding conditions are optimized, tiny, stiff structures, so-called pins, appear on the surface of the substrate. After all, the tire shells develop out of these pins. Experienced workers carefully pull the pins with their sent hands from the close medi After the plucking, the pins are carefully collected in curves or shells. These containers are designed so that they provide good air circulation during the harvest process. Some pin factories also put in machine-supported sorting systems. These machines use advanced technologies such as computer vision and image processing algorithms to automate the sorting process. The machines analyze various markers of each pin as sizes, colors and shapes and arrange them to certain classes. By using advanced image technology, the machine-supported systems can be recognized by the n In this case, a robot hand-pins the pin-stores very accurately to sort. This automated sorting process does not only increase efficiency, but also ensures the equality of the sorting standards. This ensures that only qualitatively high-quality pins are selected for packaging and transmission, which reduce the risk of health risks for cons Then these selected pins are sent over the system into the washing room. On the other hand, the remaining substrate shells are returned to the incubation chamber after the harvest process is completed. This process enables several cycles of the pin-stores, maximizes the use of substrate shells and increases the entire pin-stores. If you want more information about this experience, subscribe to our channel. After all, these substrates are transported via radio waves from the factory. A gentle water stream is sprayed over the pin to remove all the dirt. The water pressure is regulated in a way that prevents a damage to sensitive pins. Some factories use water-filled trommels or vibration wedges to clean the pins. After washing, the pins run through a drying process. Real drying techniques help to prevent microbial growth, to maintain the quality of the pins and to extend their durability. This enables the machines to process large amounts of pins, so that factories can keep the high demand and a steady supply on the market. Pins are cut into various sizes in the factory, Z, B, in discs. With a sharp knife or a special cutting machine, the pins can be cut into the same size as the desired thickness. Wings. Pins can be cut into small, even large, wedges. Cutting or halving. Some pins can be cut into the size of a large porthole or shiakai pin, to reach the desired size or presentation. These pins are filled with plastic containers via the packaging machine. At the same time, another robot arm is removed from the container. After that, these containers are equipped with the machine, where the company name, production date, sales date and product price are printed. The pins are packaged and finished, and are distributed to different markets, including food stores, restaurants and business facilities. And here you have the extensive travel of the pins to the factory. We have the standard selection of the substrate preparation, the INU-Core, the factory-made product, and the factory-made product, the factory-made product. We have the standard selection of the substrate preparation, the INU-Core, the incubation, the fruit formation, the harvest, the cleaning and packaging. Until then, have fun with the research and stay curious.