Metal Injection Molding
MIM: Where plastic precision meets metal strength — complex parts, mass-produced.
Metal injection molding Process
Metal injection molding combines plastic injection molding with powder metallurgy. Fine metal or ceramic powder is mixed with an organic binder to form moldable feedstock. The feedstock is injected into a mold to create a green part. The binder is then removed by debinding, and high-temperature sintering densifies the powder to produce a near-fully dense component with strong performance.
Key Principles of Metal Injection Molding
Process Principle
Metal or ceramic powder is mixed with a binder to make feedstock. Injection molding, debinding, and sintering then produce dense parts.
Key Process Steps
Feedstock preparation, injection molding, debinding, and sintering determine final part performance. Sintering helps achieve near-full density.
Key Benefits
MIM efficiently produces complex precision parts for aerospace, medical devices, and electronics.
Product Applications
Metal Injection Molding process is widely used in industries such as:Defense and Aerospace,Gears and Mechanical Parts,Lock Components,Automotive Components,Medical Device Components
