To put it simply, rapid prototyping technology is used to design a model using CAD software on a computer. Then the model is printed with a 3D printer to produce a real three-dimensional model. After wrapping the solid model with metal powder, the model is removed. After leaving the cavity, after high-temperature firing and polishing, the metal powder is integrated into a mold. By mounting this mold on an industrial injection molding machine, it is possible to produce products of the same shape on a large scale.
CAD (ComputerAidedDrafting) was born in the 1960s. It is a research program for interactive graphics at the Massachusetts Institute of Technology. Due to the expensive hardware facilities at the time, only General Motors and Boeing Airlines used their own interactive mapping system. .
3D array of multiple rows and comprises a plurality of printer control technology matrix array head, may be connected directly to a computer, designed to print a plurality of complex structures. For example, when complex biological structures such as the liver and capillaries are used, the counter-mold is first made, and the organic matter is poured, and the desired structure is quickly obtained by removing the counter-mold. Incidentally, bioprinting materials are also critical because materials that are readily available for 3D printing do not exist and must be matched to the human body to eventually degrade.
It is understood that a more innovative 3D printing project has received substantial funding from the Natural Science Foundation of the United States, which is called the manufacturing process of artificial photosynthesis systems. The idea for this project was originally derived from global energy issues. Solar energy is a good resource, but using solar panels to generate electricity, the conversion rate is very low, and the manufacturing process will also have an impact on the environment. However, plant photosynthesis requires only light, water and air. The bioenergy formed after photosynthesis is a fuel. Therefore, we hope to use 3D printing to construct the structure of the leaves and simulate photosynthesis. But in fact, 3D printing can do very well. As long as the nozzle design is fine enough, each layer can be printed very finely, simulating the pipeline and layered structure of the leaves, using special biological materials to allow photosynthesis, synthesis of sunlight, water and carbon dioxide in these structures. The energy that humans need.
Helper have designed and manufactured food processing machines and equipment since 1986. Now we can provide our clients excellent solutions in the field of meat and pastry processing, such as sausage and ham production line, quick frozen leisure foods, pet foods and cheese processing, fresh and cooked noodle line, dumpling and bakery products etc. The company has been obtaining success through the persistence of quality and service, as well as by knowing customers, understanding products, implementing diversification competitive strategy and focusing on high quality and good performance machinery research and development.
Sausage Production Line,Meatball Making Machine,Frozen Foods Products Making Machine,Ham Production Line
Helper Machinery Group Co., Ltd. , https://www.ihelpergroup.com