金屬鑄造工藝是我們熟知的一種工藝技術，這種工藝不單單是熔化，這其中還包括了冶煉，在溫度和化學成分方面完全符合預期要求。就是由于這個特點的存在，所以在熔煉過程中是要進行以控制質量來為目的的各種檢查測試，液態金屬是在達到各項規定指標后才可以允許澆注的。 Metal casting process is known as a technology, this technology is not only melting, which including smelting, fully in line with expectations in terms of temperature and chemical composition. Is because of this characteristic, so in the smelting process is to control the quality to check the test, for the purpose of all kinds of liquid metal is only after meeting the provisions targets can allow casting. 　　造型造芯則是根據鑄造工藝要求，只要是確定好造型方法，還要準備好造型材料的基礎上進行的。鑄件的精度和全部生產過程的經濟效果，主要是取決于這道工序。在很多現代化的鑄造車間里，造型造芯都是實現了機械化或自動化。所以對于這些鑄造工藝我們一定要充分了解和掌握，以便能夠更高效率的生產，從而使國內的鑄造行業能夠在世界上遙遙領先。 Modelling to build core is in accordance with the requirements of casting process, as long as is to determine the good modelling method, and conducted on the basis of molding materials ready. Casting precision and the entire production process of the economic effect, mainly depends on the process. In many modern foundry, core making modelling is realized mechanization and automation. Casting process to these so we must fully understand and grasp, to a higher efficiency of production, so that the domestic foundry industry can be far ahead in the world.