Our expertise in large-scale component machining supports the manufacture of complex assemblies, including landing gear housings, fuselage frames, and engine mounting systems. Each production follows guidelines to maintain stability and conformity to aerospace-grade specifications.
Through complete CMM verification, FAI validation, and fully traceable material documentation, AeroCNCParts achieves tolerance levels down to ±0.005 mm, ensuring the precision and structural reliability required for mission-critical aerospace applications.
AeroCNCParts achieves ultra-tight tolerances of ±0.005 mm, providing stable and repeatable precision across large aerospace components and structural sections.
Each machined unit is inspected using 3D CMM, optical scanners, and microscopic measurement systems to confirm accuracy, finish quality, and geometric alignment.
Automated lot tracking and monitored parameters maintain part uniformity, guaranteeing zero-defect production and timely delivery across every machining cycle.
Every stage follows documented AS9100D and ISO 9001 protocols, supported by detailed FAI records, PPAP submissions, and full material traceability.
Here is the list of parameters to check for our large parts machining.
Maximum Part Size
2000mm × 1500mm × 1000mm
Minimum Part Size
10mm × 10mm × 5mm
Minimum Feature Size
0.5mm
Standard Tolerance
0.01mm
Linear Dimensions
0.005mm
Hole diameters( not reamed)
0.002mm
Shaft Diameters
0.01mm
Ensures accurate alignment and structural rigidity for large aircraft body assemblies under dynamic load conditions.
Delivers robust and dimensionally precise interfaces for critical load-bearing components.
Maintains perfect geometry to support balanced load transfer and vibration resistance in propulsion systems.
Provides reliable alignment and surface integrity for high-load aerospace satellite structures.
Machined for consistent sealing performance and pressure endurance under operational extremes.
Delivers balanced load paths and surface precision for optimized aerodynamic stability.
Ensures precise tolerances to prevent leaks, maintain flow uniformity, and enhance performance reliability.
Achieves perfect circularity and surface finish for smooth mechanical operation and load distribution.
Promotes efficient heat dissipation through thorough surface flatness and precision alignment.
Provides geometric accuracy for the stable mounting of aerospace sensors and navigation instruments.
Enhances performance smoothness through high-tolerance interfaces and reduced vibration zones.
AeroCNCParts combines certified aerospace manufacturing expertise with precision up to ±0.005 mm, full material traceability, and verified FAI reporting. Our regulated processes, advanced inspection technology, and rigorous quality control deliver reliable results for large-scale aerospace components.
Get quick answers to common questions about large parts machining.
Full material traceability, 100% inspection, AS9100-ready process
