Custom Metal Parts for Aerospace Applications
Precision metal components for aerospace equipment, structural assemblies and supporting systems, with manufacturing, surface finishing and inspection coordinated around the finished part.
Precision Metal Components for Aerospace Applications
We manufacture custom aerospace metal components from customer drawings and CAD files, supporting precision machining, secondary operations and surface finishing according to the finished part.
The examples below are representative parts rather than a fixed product catalog. Material, dimensions, tolerances and finishing requirements are reviewed individually for each project.
Precision CNC Machined Aerospace Hardware
Custom flange, connector and hardware-style components with machined holes, bores, profiles and mounting features produced from customer drawings.
CNC Machined Titanium Components
Precision titanium components with circular profiles, mounting holes and controlled machined features for aerospace equipment and mechanical assemblies.
CNC Machined Mounting Plate
Machined plate components with mounting holes, locating features, raised bosses and internal machining for structural or equipment mounting applications.
CNC Machined Structural Housing
Complex machined housing and structural components with pockets, ribs, mounting interfaces and secondary features produced around the final assembly requirements.
CNC Machined Titanium Coupling Components
Precision-machined coupling-style components with complex internal profiles and functional interfaces for custom aerospace mechanical assemblies.
CNC Machined Titanium Cylindrical Components
Complex cylindrical components with machined cavities, internal profiles and precision functional features for custom aerospace equipment and assemblies.
Send your drawing, material specification, quantity, tolerances and surface-finish requirements for technical review.
Manufacturing Routes for Aerospace Metal Components
Aerospace-related metal components often combine precision machining with controlled secondary operations and surface finishing. The production route should be selected around the finished geometry, material and functional requirements.
We coordinate machining and finishing requirements during project review so critical dimensions, masked areas, surface condition and downstream processing can be considered before production begins.
CNC Machining + Anodizing
Aluminum housings, plates, brackets and structural components can be precision machined before anodizing where corrosion resistance, surface durability or controlled appearance is required.
Precision Titanium Machining
Titanium components can be machined around critical bores, interfaces, profiles and internal features, with final surface condition controlled according to the drawing and project specification.
Machining + Passivation
Stainless steel fittings, mounting parts and precision mechanical components can be machined and passivated where a clean, corrosion-resistant surface condition is specified.
Multi-Operation CNC Machining
Complex housings and structural parts may require multiple setups, deep pockets, thin-wall areas, precision interfaces and secondary machining before final finishing and inspection.
Conversion Coatings & Plating
Conversion coatings or electroplated finishes can be reviewed for suitable metal components where corrosion protection, conductivity or other specified surface properties are required.
Machining + Finishing + Inspection
Where machining and surface finishing are both required, critical dimensions, coating areas, masked features and final inspection requirements should be reviewed as one production sequence.
Material grade, critical tolerances, coating thickness, masked areas, electrical contact surfaces, appearance requirements and final inspection points should be confirmed before the manufacturing and finishing sequence is released.
Quality Control for Aerospace Metal Components
Aerospace-related metal components can involve demanding dimensional, material, surface and assembly requirements. Inspection planning should therefore focus on the characteristics that affect the finished part and its application.
Critical dimensions, material specifications, surface treatments, inspection requirements and applicable aerospace qualification documents are reviewed from the drawing and contract requirements before production and finishing are released.
Critical Dimensions & Tolerances
Datums, bores, hole positions, fits, flatness and assembly interfaces should be identified from the drawing so inspection effort can focus on the features that affect final function.
Material Grade & Condition
Aluminum, titanium, stainless steel and other specified materials should be confirmed by grade and condition where material properties affect machining, finishing or final component performance.
Surface Finish & Protected Areas
Surface roughness, anodizing, passivation, plating, masked areas and electrical contact surfaces should be defined where they influence fit, corrosion protection or assembly performance.
Threads, Interfaces & Assembly Features
Threads, locating features, mating surfaces, mounting interfaces and other functional details should be reviewed together with machining allowances, finishing thickness and final assembly requirements.
Dimensional & Visual Verification
Measurement methods are selected according to geometry and drawing requirements, with dimensional and visual checks applied to critical features before finished parts are released.
Aerospace Qualification & Records
AS9100 quality-system documentation, relevant NADCAP-accredited special-process qualifications and applicable FAA-related qualification or compliance documents can be provided during project and contract review.
Inspection scope, critical characteristics, material requirements, finishing instructions and required qualification documents should be defined during project review. AS9100 documentation, relevant NADCAP special-process qualifications and applicable FAA-related documentation can be provided according to contract requirements.
Built from Your Drawings, Specifications & Contract Requirements
Aerospace projects are reviewed around the finished component rather than a fixed catalog part. Drawings, CAD files, material requirements, critical characteristics and surface-finishing specifications form the basis of the manufacturing route.
Machining, secondary operations, surface treatment, inspection and required project documentation can then be coordinated according to the component and contract requirements.
Part geometry, datums, critical dimensions, machining access, functional interfaces and finishing instructions are reviewed before the production route is confirmed.
Material grade, machining requirements, heat treatment, anodizing, plating, passivation or other specified processes are considered together around the final component.
AS9100 documentation, relevant NADCAP-accredited special-process qualifications and applicable FAA-related qualification or compliance documents can be reviewed and provided according to project and contract requirements.
Manufacturing, finishing and inspection requirements are carried through the production route so critical features and specified surface conditions remain controlled through final release.
The parts shown on this page are representative examples. Custom aerospace components can be reviewed from customer drawings and CAD files together with material, tolerance, finishing, inspection and qualification requirements.
Need a Quote for Your Aerospace Components?
Send us your drawing or CAD file together with material, quantity, critical dimensions, tolerances, surface-finishing requirements and any project-specific inspection or qualification requirements.
We can review the manufacturing route, secondary operations, surface treatment and quality documentation around the finished component.
Send Your Technical Requirements
AS9100 documentation, relevant NADCAP special-process qualifications and applicable FAA-related documentation can be reviewed and provided according to project and contract requirements.
Request a Quote