AEROSPACE
Flight-Critical MIM Parts, Designed to Work Where Failure Is Not an Option
Precision MIM parts made to be very reliable
Why Choose MIM for Aerospace?
In aerospace, there is no room for dimensional error. MIM delivers sintered densities exceeding 97% of theoretical, with tolerances as tight as ±0.3%. Every component is verified using CMM against drawing specifications.
MIM produces high-strength components capable of carrying structural loads, including actuation brackets, sensor housings, fuel system fittings, and control linkages.
Every aerospace program is unique. We evaluate feasibility, recommend suitable alloys, and design tooling in-house to optimize performance before production begins.
Why Use Metal Injection Molding (MIM)?
Undercuts, internal threads, cross-holes, and thin-wall features can be produced in a single MIM cycle, eliminating the need for multiple machining setups.
All stages from feedstock compounding and mold manufacturing to injection molding, debinding, sintering, secondary operations, and inspection are performed in-house to ensure consistent quality and reliability.
With decades of experience, our engineering team reviews designs early, identifies potential issues, and supports qualification before full-scale production.
We provide global shipping via air and sea, with protective packaging and complete documentation to ensure reliable delivery schedules.
MIM enables part consolidation using lightweight, high-strength alloys such as Ti-6Al-4V and 17-4PH stainless steel, reducing weight and improving structural integrity.
Multi-cavity tooling and high production capacity support seamless transition from prototypes to high-volume production.
Each batch is fully traceable from raw material to final delivery, with complete inspection and process records.
Multiple machined components can often be replaced by a single MIM part, reducing assembly steps and overall manufacturing cost.
MIM PROCESS CAPABILITIES
Metallographic analysis and chemical composition verification for every production batch.
X-ray, ultrasonic, and dye penetrant inspections ensure internal structural integrity.
Vacuum sintering and controlled heat treatment processes optimize material properties.
Grinding, polishing, and specialized coatings improve durability and performance.
We help businesses improve efficiency with customized solutions.
