MIM Injection Molding: Reliable MIM Injection Molding from Huaxiao
MIM Injection Molding injects metal-polymer feedstock into a mold to shape complex, high-volume parts with plastic-like freedom and metal properties after sintering.
How MIM Injection Molding Works
MIM feedstock is injected into a steel mold, cooled to a ‘green’ part, then debound and sintered to full density—delivering intricate geometry net-shape.
MIM vs. CNC
MIM wins for complex, high-volume small parts; CNC wins for low volume or very large features.
Materials
- Stainless 316L/17-4PH—medical and corrosion
- Low-alloy steel—structural
- Titanium—medical implants
Industries
Medical, firearms, and electronics use MIM for small complex parts.
How to Spec Your MIM Injection Molding Job
- Provide the 3D model and tol.
- Note wall thickness and features.
- State alloy and density.
- Set finish and debind route.
- Provide volume.
FAQ
How complex can it be?
Very—undercuts, thin walls, fine detail.
Strong as wrought?
Near full density after sintering.
Why Choose Huaxiao for MIM Injection Molding
Our MIM Injection Molding service delivers reliable, repeatable results with integrated finishing. Send your drawing for a quote covering MIM Injection Molding through final inspection.
