MIM Process
From powder to manufacturable precision metal parts
MIM compounds metal powder and binder into injectable feedstock. At TANCHIN, injection molding, debinding, vacuum sintering, and finishing produce dense metal components.
MIM Process Intelligence
Four steps. Precision in every part.
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Powder + Binder
Metal powder and binder are compounded into moldable feedstock.
Feedstock illustration -
Injection Molding
Custom tooling forms complex green parts with geometric freedom.
Injection molding equipment illustration -
Debinding + Vacuum Sintering
After binder removal, controlled processing in a vacuum sintering furnace densifies the metal parts.
Vacuum sintering equipment illustration -
Finishing + Inspection
Secondary processing and inspection complete the production loop.
Finished sample
Good fit for MIM
- Complex geometry with high machining cost
- Small to medium precision metal components
- Material flexibility and dimensional stability
- Finishing, heat treatment, or surface processing needs
Development flow
We evaluate drawings, material requirements, tolerances, volume, and application conditions to determine MIM feasibility and plan sampling through production.