High-tolerance machined impellers, housings, brackets and test hardware for aircraft, UAV, satellite and aerospace development programs. CNC, metal 3D printing, sheet metal, finishing and CMM inspection under one roof.
Flight and ground-support hardware cannot rely on appearance alone. We plan each part around datum strategy, critical features, material condition and the inspection method before machining begins.
Complex contours are produced on 5-axis CNC equipment. Metal additive manufacturing is used when lightweight shells, internal channels or consolidated assemblies make subtractive machining inefficient. Sheet-metal brackets and enclosures can be formed, finished and assembled through the same supplier chain.
For production programs, we can provide lot-level material traceability, first article inspection, CMM dimensional reports, certificates of conformance and controlled revision handling. The result is a practical route from engineering prototype to repeatable low-volume manufacturing.
Representative machining, additive and sheet-metal work for aerospace, UAV, robotics and advanced industrial programs.

Complex impeller and turbine geometry machined in titanium and aerospace aluminium grades.
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Multi-sided machining for contoured housings, structural brackets and difficult-to-reach features.
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OEM and ODM impeller machining with integrated programming, finishing and dimensional inspection.
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High-mix precision components produced from STEP models and controlled engineering drawings.
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Metal additive manufacturing for lightweight shells, integrated features and complex prototype geometry.
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Functional metal prototypes and bridge parts for design validation before production tooling.
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Precision aluminium components with machining, deburring, anodizing and inspection in one workflow.
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Laser-cut, formed and finished brackets, chassis, panels and assembly hardware.
View details →Send your STEP model, critical dimensions and material specification for a manufacturability review and quotation within 24 hours.
Select the process around geometry, load path, lead time and production volume rather than starting with a fixed machine.
Complex contours, impellers, housings and structural parts with multi-sided access and tight tolerances.
Bushings, shafts, threaded components and turned parts with controlled concentricity and surface finish.
Metal 3D printing for lightweight shells, consolidated geometry, internal channels and prototype hardware.
Laser cutting, forming, welding and assembly for brackets, racks, panels and ground-support equipment.
Anodizing, passivation, bead blasting, coating and hardware installation managed as one release.
CMM checks, first article inspection, material certificates and dimensional reports supplied with the lot.
Every aerospace quotation starts with a review of tolerances, datum structure, material callout and inspection requirements.
Confirm revision, critical features, material grade, finish and inspection method before quotation.
Choose machining, turning, additive or sheet metal and define the datum and fixture strategy.
Inspect the first part, document actual dimensions and release the process after approval.
Controlled programs, traceable material lots, final inspection and protected packaging.
Send your CAD model, revision and material callout. Our engineering team will confirm the manufacturing route and return a DFM note and quotation within 24 hours.