MIM APPLICATION PARTS
Precision metal parts across multiple industries.
A complete MIM route supports intricate, repeatable components for consumer electronics, notebook hinges, automotive mechanisms, medical devices, communications and industrial equipment.
Small, complex and repeatable metal parts for cross-industry volume production.
Final materials, dimensions and process conditions are confirmed against the product drawing and application requirements.
Electronic & communication parts
Compact housings, connectors, acoustic interfaces and structural parts combine detailed geometry with repeatable production.
Notebook hinge mechanisms
Hinge shafts, bases and brackets are developed around load, wear, assembly datums and secondary machining requirements.
Automotive & industrial parts
Mechanisms, electrical parts, gears and lock components support demanding applications that require stable dimensions and volume consistency.
Medical precision parts
Medical-device interfaces and functional components are evaluated around material, cleanliness, strength, dimensional control and validation needs.
Structure, material and process conditions.
Electronics and communications
Compact housings, connectors, acoustic interfaces, buttons and structural parts use MIM to combine detailed geometry with stable volume production.
Notebook mechanisms
Hinge shafts, bases, brackets and compact motion components are developed around load, wear, assembly datums and secondary machining requirements.
Automotive and industrial
Automotive mechanisms, industrial electrical parts, automation structures, gears and lock components demonstrate repeatable production across demanding applications.
Medical and specialized components
Medical-device interfaces and specialized functional parts are evaluated around material, cleanliness, strength, dimensional control and validation needs.
Material systems
Verified systems include low-alloy Fe-Ni grades, 304, 316L, 17-4PH, 420 and 440C stainless steels, titanium alloy, tool steel, hard metal and high-density alloys.
Integrated finishing and inspection
CNC, grinding, polishing, heat treatment, coating and assembly are added where critical dimensions or appearance require them, followed by dimensional, density, hardness and functional checks as applicable.
Information for evaluation
Please provide 2D and 3D drawings, material, annual quantity, critical dimensions, appearance surface, mechanical requirements, assembly interfaces and target schedule.
PROCESS CHOICES & DOCUMENTED EXAMPLES
Small parts. Serious tooling know-how.
MIM forms the intricate body; local machining controls the interfaces that need it.
Swipe the table sideways to compare all columns.
| Documented development example | Value | What it means for your part |
|---|---|---|
| Micro-component weight | 0.005 g | A micro-part example, not the minimum weight of every material or design. |
| Precision development capability | ±0.005 mm | Confirm the dimension and inspection method; not an all-dimensions molding tolerance. |
| Thin metal fan development | 0.13 mm | Tooling, injection and sintering were developed together for the thin section. |
Examples describe specific designs and test conditions, not guaranteed specifications for every part. Confirm the drawing, material and acceptance criteria before ordering.
START A PROJECT
Let’s manufacture what comes next.
Share your design, application or manufacturing challenge.
Talk to our team↗