Brief Introduction:
The Metal Injection Molding (MIM) process is well suited for the production of relatively small complex shaped metal components with high strength requirements. The process combines the shape making capability of plastic injection molding with the material flexibility of powder metallurgy. It has been a speed well-developed manufacture since last ten years in advanced countries such as American, Japan. Its products can be applied in high-precision industries or high-attached value machine tools. The more complex the part is, the better for the Metal Injection Molding (MIM) process. Besides, MIM can significantly reduce time and cost every step of the way versus investment cast, die casting and conventional press and sinter. Therefore, it is growing and growing fast now.

Application:
Computer peripherals
Medical and dental devices,
Automotive/Engine
Aerospace/Firearms
Electronic packaging
Consumer products
Optical fiber communication housing

Advantage:
Attractive cost savings
Wide latitude of part shape,sizes (0.1g to 250g) anddesign
Good dimensional control with close tolerances of +/- 0.5%
Net shape production, eliminating or minimizes machining
Wide range of available alloys, composites and properties
Suitable for intricate and complex Geometries
High Material Density and Strength
Design Flexibility
Produce Good Surface Finishes