Industries / Aerospace

Precision Manufacturing Solutions for Aerospace Applications

Custom-machined and fabricated components for aerospace engineering, prototype development, and selected low-volume manufacturing projects.

How We Support Aerospace Projects

Aerospace projects can require close coordination between design, materials, machining, finishing, and inspection.

Technical Requirement Review

Review drawings, CAD files, specified materials, tolerance callouts, and documentation expectations to clarify the scope of work.

Prototype & Component Manufacturing

Evaluate CNC machining, sheet metal, or additive manufacturing routes according to part geometry and functional requirements.

Dimensional Verification

Establish which features need inspection and discuss suitable measurement methods and reporting requirements.

Finishing Coordination

Review specified surface conditions, coatings, and dimensional impacts where relevant.

Follow-Up Orders & Design Updates

Coordinate revised drawings, repeat orders, and selected low-volume requirements after confirming the applicable specifications.

Engineering Team Support

Our engineering support helps customers clarify how a component should be manufactured and inspected.

Drawing Interpretation

Review dimensional callouts, datum references, geometric requirements, and revision information.

Machining Feasibility

Discuss tool access, feature geometry, setup considerations, and practical manufacturing options.

Material Considerations

Confirm material grade, availability, documentation requirements, and suitability for the intended use.

Inspection Planning

Identify critical dimensions and discuss measurement equipment and reports that may be required.

Manufacturing Services

Manufacturing Processes for Aerospace Components

CNC Machining

For complex metal and engineering-plastic parts, machined interfaces, precision housings, and structural prototypes.

  • Typical parts: brackets, mounts, housings, adapters, and tooling components.
  • Mark critical mounting faces, datums, and interfaces on the drawing.
  • Specify alloy, condition, and traceability requirements for review.
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Sheet Metal Fabrication

For panels, covers, formed brackets, and selected lightweight structures.

  • Typical parts: equipment panels, enclosures, support brackets, and covers.
  • Check flange geometry and fastener access around equipment panels.
  • Define visible surfaces, edge conditions, and finish requirements.
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3D Printing

For design evaluation, complex prototype geometry, internal passage concepts, and selected tooling or fixtures.

  • Material and process suitability must be checked against the application.
  • Use prototypes to review internal paths, packaging, or fit before production decisions.
  • Define the test purpose and material requirements before choosing a print process.
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Injection Molding

For suitable non-structural plastic housings, covers, and equipment components when mold-based production is appropriate.

  • Typical parts: enclosures, covers, clips, and internal equipment components.
  • Review draft, gate location, and interfaces for non-structural housings.
  • Specify resin, appearance, and any documentation needed for the intended use.
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Quality Standards & Inspection

Aerospace applications may require formal supplier approval, material traceability, special-process controls, first-article inspection, and detailed quality documentation.

  • Dimensional checks against agreed drawing specifications.
  • Identification of critical features and datum references.
  • Material certificates and traceability requirements, subject to availability and agreement.
  • Inspection reports or measurement records where agreed.
  • Surface-finish and visual-condition checks where specified.
  • Revision control and documentation expectations for repeat orders.
Automotive metals, stock materials and precision machined componentsMaterials

Materials

Material Selection for Aerospace Engineering Projects

Aluminum alloys
Example materials: 6061 and other specified grades, subject to capability. Project considerations: Weight, machinability, strength, and corrosion considerations.
Stainless steel
Example materials: 304, 316 where appropriate. Project considerations: Corrosion resistance and mechanical requirements.
Alloy steel
Example materials: Specified grades subject to availability. Project considerations: Strength, hardness, and heat-treatment requirements.
Engineering plastics
Example materials: POM, PA, PC, and other suitable grades. Project considerations: Insulation, stiffness, wear, temperature, and dimensional stability.
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Lightweight structural frame for automotive applicationsApplications

Applications

Aerospace Applications

Whether you are developing a custom equipment enclosure, evaluating a complex machined geometry, or sourcing parts for an engineering fixture, BoValley can review your specifications and discuss suitable manufacturing options.

  • Brackets, mounts
  • Adapters, supports
  • Equipment Housings & Enclosures
  • Equipment panels
  • Internal mounting features
  • Test Fixtures & Tooling
  • Assembly aids
  • Inspection fixtures
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