Sand casting & forging are techniques used to create engineered metal parts. The method you choose depends largely on how you intend to use the object.
CGI is the go-to metal for sand casting when iron is too heavy and not strong enough. The downside is it makes cutting and finishing harder and longer.
Ductile iron sand casting is ideal for producing iron parts that can compete with steel. It offers little limitation to the size of parts that may be cast.
Sand casting versatility in material selection and size limit brings great benefits to design engineers, making it a common technique to create quality parts with desired functions and features.
Automotive precision machining technology is a way of using computers and automation to make auto parts. The major benefit is it can be precisely designed on a computer.
Sand casting uses sand to create a mold for casting metal parts, from iron machine bases to cooking vessels. Sand casting offers a number of advantages.
Sand casting is a cost-effective producing way, however, reveal opportunities to save money still happen sometimes. Discovering the factors that affect costs is key.
Vacuum investment casting yields high-quality parts with fine details and surface finish. It is suited for high-value metals like superalloys and titanium.
Precision machining process is using cutting, turning, milling, grinding, sawing, and boring tools to remove specific amounts of materials from a base material piece.
Investment cast parts may not have the strength, toughness or surface hardness required by applications, but these requirements can be met by heat treatment.