The first step of the MIM is the selection and preparation of materials. Once the metal powder and plastic binder are properly combined, mixed and compounded to produce an injection molding material. Using injection molding machine, the production of parts for the binder removal process. Different methods of degreasing are used depending on the type of binder used. The degreased part is then sintered to ensure the proper material composition, physical properties and correct geometry of the part.

Greater design freedom

This process can be designed and manufactured without any design limitations. In addition, almost all design changes are possible in the short development cycle and turnaround time.

Parts of complex shapes

This process is an ideal process for producing components with complex shapes and components that require assembly or multiple steps.

High production requirements

The process is advantageous for mass production of small precision parts with complex geometric design, and the process itself automates high volume and quality requirements.

application

Applications in the business world, home appliances, watches, automobiles, aerospace, medical industry.

material

Due to the flexibility of MIM technology, it is possible to customize the material composition according to the specific properties required by the customer. Some ingredients are stainless steel, alloy steel, carbon steel, nickel alloy, tool steel and tungsten alloy.