In the standard working variation, it is a relatively new means to handle a large number of complex products with high melting points, such as tool steels and stainless steels, which are not suitable for high pressure die casting. This process is made of the metal powder used as raw material, which has limited applicability and requires particularly fine processing.

This series of small-scale, complex engineered parts is typical of the class of MIM metalwork. It provides us with the opportunity to create metal solid metal products with high precision, high melting point, and difficult casting molding. The strength and hardness of these components provide several advantages over the production of other metals.

The process is to add a binder in the plastic injection molding process because of the necessity of metal. The companies involved in using this technology have their own unique binder systems usually binders, which can explain 50 percent of the compounds, made of various materials, including waxes and a range of plastics. They are mixed together with metal powders to produce composite molding. Once the shape has been molded of the binder, removal from the metal particles is no longer required. What remains is sintering, while shrinking 20 percent of the components.

Advantages: Can be used to form superalloys, used to form complex shapes, cost-effective in large quantities, no finishing requirements, and parts with good strength.

Negative: Lower overall part size, in the standard plastic injection molding process, only a few manufacturers can provide MIM.