Replace Costly Brass, Copper & Machined Metal Parts with MIM
We help manufacturers evaluate whether small complex metal components can be redesigned for scalable MIM production, reducing machining cost and improving production consistency.
Start with a part review
Not sure if MIM fits your component?
Send geometry, material, tolerance and annual quantity. We will review suitability before recommending a replacement path.
Start Part ReviewWhy Traditional Metal Parts Become Too Expensive
The goal is not to teach MIM theory. The goal is to identify whether your current metal part has a better production route.
Machined brass parts are expensive
Material exposure, chip waste and repeated CNC operations can push brass components above target cost.
Copper cost and supply pressure
Copper and copper alloys may be necessary, but not every copper part is using conductivity as the primary function.
CNC machining is slow for complex parts
Small features, internal geometry and multiple setups make scaling difficult.
Casting cannot always hold precision
Some cast parts need too much cleanup, finishing or inspection to stay economical.
High-volume production needs a scalable process
Stable repeat parts need a manufacturing route that scales without multiplying labor.
Metal Replacement Solutions
How We Evaluate Whether MIM Is a Fit
We do not simply sell MIM parts. We review the replacement decision and identify where MIM is practical, risky or not economical.
Upload drawings for engineering reviewParts That Are Often Good Candidates for MIM
Small complex parts
High-volume components
Parts with machining waste
Parts with internal features
Components needing repeatability
When MIM May Not Be the Right Choice
Very low volume parts
Very large parts
Extremely tight tolerances without secondary machining
Parts requiring pure copper-level conductivity
Industries Exploring MIM Replacement
Not sure if your part is suitable for MIM?
Upload your drawing and we will review geometry, material, tolerance and annual volume.
Upload Your Part