Aviation-Grade Standards
Micron-level tolerances
Aerospace sheet metal fabrication
SafeFaber manufactures high-precision aircraft sheet metal components, avionics enclosures, and airframe parts. We meet strict aviation quality requirements with end-to-end material traceability and custom OEM contract production.
High-precision aerospace sheet metal fabrication
SafeFaber delivers high-precision custom sheet metal fabrication for demanding aerospace applications. We manufacture aerospace sheet metal components including airframe structures, nacelle enclosures, and interior brackets that meet stringent aviation quality and tolerance standards.
Our production team works with aerospace-grade aluminum, titanium, and specialized stainless steel alloys. We serve aircraft manufacturers, regional MRO facilities, and commercial space system integrators who require consistent dimensional accuracy.
Whether you need single prototype components for flight testing, low-volume pilot assemblies, or continuous mass OEM runs, every part ships with complete material certificates and full process traceability.
Related reading: precision sheet metal tolerances and aluminum sheet metal selection and ASTM B209 aluminum sheet.
Aviation Quality Standards
Precision tolerances down to ±0.05mm with thorough material verification and standard compliance.
Who We Serve
Commercial aircraft manufacturers, aviation MRO providers, and space system integrators.
Production Scope
Rapid prototypes, pilot runs, and repeatable mass OEM production with full batch traceability.
AS9100-aligned processes with 100% CMM dimensional inspection and documentation.
Key Aerospace Materials Handled
- Aerospace-Grade Aluminum2024, 6061, 7075 series for high strength-to-weight structural applications.
- Titanium AlloysGrade 5 (Ti-6Al-4V) and pure titanium for extreme heat and corrosion resistance.
- Specialty Stainless Steel17-4 PH, 304, 316L, and 321 for high-temperature exhaust and airframe hardware.
Precision aircraft sheet metal components
Custom-fabricated structural assemblies, enclosures, and aero hardware manufactured to stringent aerospace standards for commercial and defense applications.
Built to exact aerospace tolerances with high-grade aluminum and titanium alloys for weight-critical structural integrity.
Formed from heat-resistant stainless and superalloy sheet to withstand high thermal loads and vibration environments.
Lightweight aluminum stampings, extruded brackets, and aesthetic panels finished for passenger cabin integration.
CNC-punched and bent enclosures featuring precision EMI/RFI shielding and conductive surface treatments.
Laser-cut, stamped, and deburred load-bearing hardware designed for airframe assembly reinforcement.
Require custom aerospace sheet metal fabrication?
Send your CAD models or specifications for a detailed technical review and manufacturing quote.
How we build your parts
From initial print review to final dock delivery, every production stage follows strict process controls and clear milestone sign-offs.
Share your CAD files, tolerances, and volume targets so our engineers can review exact project specs.
We evaluate bend radii, tooling constraints, and material yield to optimize part manufacturability.
First-article samples are produced and measured against your prints prior to volume sign-off.
Fiber laser cutting, CNC panel bending, robotic welding, and surface coating under controlled conditions.
CMM dimensional checks, material heat certs, and lot tracking numbers accompany each batch.
Custom protective crating and coordinated freight delivery straight to your assembly line or dock.
Ready to review your CAD files?
Send your 3D models and dimensional drawings for a comprehensive DFM evaluation within 24 hours.
Engineered Capabilities
Precision aerospace fabrication and contract manufacturing
From prototype development to repeatable volume production, we produce tight-tolerance components built to withstand demanding industrial and flight environments.
Aerospace applications engineered to spec
Precision-formed brackets, chassis, and structural housings built for mission-critical flight environments.
Commercial aircraft
Lightweight bracketry, avionics racking, and interior seating assemblies engineered for tight payload tolerances.
General aviation
Custom instrument panels, engine cowlings, and airframe structural reinforcements tailored to strict airworthiness criteria.
Space satellites
High-vacuum compatible aluminum and titanium chassis designed for extreme thermal cycles and launch vibration.
Aviation MRO
Rapid turnaround replacement panels, doublers, and retrofit brackets to minimize fleet ground time.
Industrial drones
Ultra-thin gauge aluminum battery trays, sensor gimbals, and durable carbon-hybrid enclosure frames.
Defense aviation
ITAR-compliant mission consoles, ruggedized electronic housings, and hardened radar subsystem brackets.
Aviation compliance and technical questions
Clear answers on quality standards, aerospace alloys, inspection procedures, and confidentiality protocols for custom flight and ground support sheet metal components.
100% Material Traceability
Every sheet batch links directly to its original mill test report (MTR).
Strict NDA Protection
Your proprietary aerospace drawings and designs remain strictly confidential.
Aerospace Precision
Laser cutting and CNC forming calibrated for tight aerospace tolerances.
Quality Assurance & Material Standards
Aerospace Materials and Quality Documentation
We manufacture to your drawings and supply the documentation listed below. Every batch undergoes rigorous verification under our ISO 9001:2015 certified quality management system to verify complete drawing compliance before dispatch.
| Alloy | Thickness | Why it is used | Documentation supplied |
|---|---|---|---|
| 2024-T3 | Per your drawing (laser cutting 0.5–20 mm) | High strength-to-weight ratio and superior fatigue resistance; standard choice for tension members, fuselage skins, and structural wing ribs. | Mill certificates, dimensional report, FAI, heat-lot traceability (as applicable per order) |
| 5052-H32 | Per your drawing (laser cutting 0.5–20 mm) | Exceptional corrosion resistance, excellent cold formability, and reliable weldability; widely utilized in internal fuel lines, avionics enclosures, and secondary airframe panels. | Mill certificates, dimensional report, FAI, heat-lot traceability (as applicable per order) |
| 6061-T6 | Per your drawing (laser cutting 0.5–20 mm) | Highly versatile structural alloy offering balanced mechanical strength, clean machinability, and reliable welding response across airframe brackets and chassis components. | Mill certificates, dimensional report, FAI, heat-lot traceability (as applicable per order) |
| 7075-T6 | Per your drawing (laser cutting 0.5–20 mm) | Highest yield strength among standard aerospace alloys with superior resistance to mechanical stress; selected for critical load-bearing milled parts, bulkhead fittings, and spar caps. | Mill certificates, dimensional report, FAI, heat-lot traceability (as applicable per order) |
Materials We Machine and Form
Choosing the right grade balances structural strength, weight targets, and corrosion exposure across flight components. Our production floor pairs precision sheet forming with multi-axis CNC aerospace machining for complex geometries, thin-gauge aircraft panels, and heavy load-bearing structural brackets. Learn more about selecting optimal alloys in our guide to aerospace aluminium grades.
Material Certificates, FAI and Traceability
We verify manufacturing compliance for critical flight hardware with verifiable quality packages. Orders include certified mill test certificates, comprehensive CMM dimensional inspection reports, formal first article inspection (FAI) packages, and end-to-end heat-lot traceability records. This documentation accompanies custom sheet assemblies and aerospace precision machining projects. Review practical recommendations in our guide to DFM rules for aerospace parts.
Precision sheet metal fabrication for flight and mission hardware.
Send your 3D CAD models, specifications, and volume requirements. Our engineering team will review your drawings and provide a direct manufacturing quote.
AS9100-grade tolerances
Tight-tolerance laser cutting, CNC punching, and precision press brake forming.
Full material traceability
Mill test certs, plating certifications, and complete batch inspection records.
24-hour drawing turnaround
Fast DFM feedback and detailed volume pricing from senior manufacturing engineers.