AEROSPACE
Flight-Critical MIM Components, Engineered to Perform Where Failure Is Not an Option
Precision MIM components built for extreme reliability
WHY CHOOSE MIM FOR AEROSPACE?
Aerospace leaves no room for dimensional error. MIM delivers sintered densities exceeding 97% of theoretical, with tolerances as tight as ±0.3%. Every component that leaves our facility is CMM-verified against drawing specifications.
From actuation brackets and sensor housings to fuel system fittings and control linkages, MIM produces fully dense, high-strength parts that carry structural loads not just cosmetic or secondary roles.
No two aerospace programs are the same. We start from your drawings, evaluate MIM feasibility, recommend the right alloy, and build tooling in-house so your component is optimized before the first shot is made.
WHY METAL INJECTION MOLDING (MIM)?
Undercuts, internal threads, cross-holes, thin walls features that typically demand multiple machining setups can be produced in a single MIM cycle. If your part has geometry that machines struggle with, MIM is likely the answer.
Every stage feedstock compounding, precision mold manufacturing on VMC and CNC machines, injection molding, debinding, vacuum sintering, secondary operations, and inspection happens in-house. No process handoffs. No quality gaps.
With nearly three decades focused exclusively on MIM, our engineering team reviews drawings early, flags design-for-MIM concerns, and supports you through first article qualification before you commit to full production tooling.
We dispatch globally via Sea and Air with VCI corrosion-protection packaging, full shipping documentation, and traceability records. Your schedule is built into our production plan from day one.
MIM allows part consolidation using high-strength, lightweight alloys like Ti-6Al-4V and 17-4PH stainless steel. Fewer assembled parts means less fastening hardware, reduced weight, and better structural integrity across the assembly.
MIM is built for volume. Our multi-cavity tooling and 5 million+ annual production capacity means programs can scale from first article samples to high-volume series production without retooling or compromising quality.
Every batch is traceable from raw powder lot through final dispatch. Process records, inspection data, and CMM reports are maintained per customer requirements and provided with each shipment.
Three machined and assembled components can often become one MIM part. Fewer joints, fewer assembly steps, fewer potential failure points and a lower total manufacturing cost per unit.
MIM PROCESS CAPABILITIES
Full metallographic analysis and chemical composition verification for every production lot.
X-ray, ultrasonic, and dye penetrant inspection to ensure internal structural perfection.
Vacuum sintering and atmosphere-controlled hardening for optimized alloy performance.
Precision grinding, polishing, and specialized coatings for aerospace durability.
We help businesses improve efficiency with customized solutions.
