Aerospace manufacturing
Precision CNC machining, coordinated for aerospace demands
BGCNC coordinates a network of 50+ specialized manufacturing partners for high-mix, low-volume aerospace and drone production. We match complex parts to the right capabilities and manage the supply chain around your requirements.
50+
Specialized manufacturing partners
10
Manufacturing engineers
24–48 hrs
Typical engineering review
Engineering-led supply chain management
One coordinated interface for machining, secondary operations, inspection documentation, and delivery planning.
Precision for complex geometry
Match the process to the part
Thin walls, internal cavities, and high-strength alloys call for the right equipment and process plan. We match your geometry and tolerances to a suitable facility, using 5-axis machining to reduce setups and support positional accuracy.
5-axis milling
Machine complex turbine housings, brackets, and drone structural frames in fewer setups.
Turning and turn-mill
Produce shafts, pins, and hydraulic fittings requiring precision and concentricity.
Advanced materials
Titanium Grade 5/23, Inconel, 7075 aluminum, and stainless steels 15-5 and 17-4 PH.
Tight tolerance control
Coordinate machining plans around demanding aerospace specifications where standard tolerances are not sufficient.
Manufacturing capability overview
Processes, materials, and applications
Capability matching spans part production, finishing, and inspection coordination for aerospace, UAV, and instrumentation programs.
| Process | Capability / material | Typical application |
|---|---|---|
| 5-axis milling | Titanium, Inconel, Al 7075 | Complex structural aerospace parts |
| CNC turning | Stainless steel, titanium, alloys | Pins, shafts, hydraulic components |
| Sheet metal | Aluminum, titanium | Drone chassis, interior brackets |
| Surface finishing | Anodizing, passivation, heat treatment | Corrosion resistance, hardening |
| Inspection | CMM, optical, NDT coordination | Dimensional verification |
Quality and traceability
AS9100D-aligned partner matching, based on your project needs
BGCNC does not claim internal AS9100D certification. For projects that require it, we vet and select manufacturing partners whose quality management systems align with the project’s regulatory requirements.
A managed partner network—not a certification claim
Our engineering team coordinates the work across selected facilities and keeps project-specific quality and documentation requirements in view.
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Material traceability
Coordinate mill test report (MTR) verification and batch control from raw material through finished parts.
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Quality documentation
Coordinate First Article Inspection (FAI) reports and CMM inspection data to support design verification.
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Secondary process oversight
Manage heat treatment, anodizing, and chemical film coating across specialist facilities to meet project specifications.
Engineering-led optimization
Review the design before production begins
Our team of 10 manufacturing engineers reviews CAD files and provides Design for Manufacturing (DFM) feedback—not just a quote. Recommendations are tailored to part geometry, materials, volume, and budget.
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For higher volumes, assess whether forging plus CNC finishing could replace more costly 5-axis machining.
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Identify design simplifications that reduce tool wear when machining difficult alloys such as Inconel.
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Review surface-finish requirements to avoid unnecessary secondary operations and lead time.
High-mix, low-volume production
One coordinated interface for your BOM
Aerospace R&D and drone development often involve many different parts in small quantities. Rather than managing separate purchase orders across factories, work with a single point of contact for an integrated supply chain.
Multi-process coordination
Coordinate CNC machining, heat treatment, and surface finishing across specialized shops.
Technical communication
Connect your engineering team with the factory floor to reduce drawing misinterpretations.
Delivery planning
Monitor production schedules to support assembly-line and R&D delivery needs.
Project review
What to include with your RFQ
Send the information available for your aerospace, UAV, or industrial instrumentation project. Our engineering team will review it and recommend a manufacturing strategy, typically within 24–48 hours.
Design files
CAD files in STEP or IGES format.
Drawing and material
2D drawings with tolerance callouts and material requirements.
Quantity and schedule
Expected quantities and any target delivery dates.
Start a conversation
Request your aerospace project review
Get technical feedback and a manufacturing path shaped around your design, volume, and budget.
Head office
Hongrongyuan · Honghu-Technologiepark, Bezirk Longhua, Shenzhen, China
Email: info@bgcnc.com
Share your project requirements and available files with our team.
A few common questions
Can you support projects that require AS9100D?
For projects with AS9100D requirements, we can vet and match manufacturing partners whose quality systems align with the project. BGCNC does not claim to hold AS9100D certification.
Can you coordinate a small batch with multiple processes?
Yes. We coordinate high-mix, low-volume programs across machining, heat treatment, finishing, inspection, and delivery planning through one supply chain interface.
What happens after I submit my files?
Our manufacturing engineers review your CAD files, drawings, material needs, and quantities, then provide technical feedback and a manufacturing strategy, typically within 24–48 hours.