MIM is a fast growing manufacturing method that bridges the manufacturing gap that other metal working technologies and shaping processes cannot be fulfilled because of technology or cost. MIM can be a very cost effective method for producing large quantities of precision parts.
The technology excels at applications that require shape complexity and high final properties, such as high strength and density, excellent magnetic permeability, high temperature strength, corrosion resistance, and thermal conductivity in applications that cannot be fulfilled by plastics or light metal alloys. MIM Applications include the following:
． Automotive sensors and actuators
． Hand tools and Hardware
． Computer heat dissipation devices
． Oil well drilling tools
． Golf club heads
． Electrical connectors and switches
． Aerospace and engine fuel components
Available material: Stainless Steel, Nickel-Iron, Titanium & Tungsten-Copper
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