MIM process manufacturing

MIM process requirements and metal powder and a binder, and then at a certain temperature by appropriate methods of powder and binder is mixed into a homogeneous injection molding feedstock, after granulation in the injection molding machine injection forming, the forming blank after degreasing Sintering Densification of the final product.

The MIM machining can be directly formed into complex geometry structure of embryo, through degreasing sintering can reach precision size structure, has good compactness; high density, uniform inner tissue can pass to the following surface treatment to achieve a good finish; mass production with low cost production efficiency to be high.

MIM process manufacturing

MIM process requirements and metal powder and a binder, and then at a certain temperature by appropriate methods of powder and binder is mixed into a homogeneous injection molding feedstock, after granulation in the injection molding machine injection forming, the forming blank after degreasing Sintering Densification of the final product.

The MIM machining can be directly formed into complex geometry structure of embryo, through degreasing sintering can reach precision size structure, has good compactness; high density, uniform inner tissue can pass to the following surface treatment to achieve a good finish; mass production with low cost production efficiency to be high.

Apple watch adapter, metal injection molding process

Metal powderinjection molding technology has obvious advantages compared with the traditional batch process, such as machining, stamping, forging, precision casting and powder metallurgy. 

Its advantage is mainly manifested in the density of the part, the tensile strength of the parts, surface finish of parts, small parts of, thin wall parts ability, part complexity, part design tolerance, parts in batch production ability, adapt to the range of material, availability etc. aspect, has the advantages of higher.