AS9100D Aerospace Solutions

Mission-critical CNC machining for aviation, defense and space industries

AS9100D & ITAR Compliant Aerospace Manufacturing

JLYPT holds AS9100D certification and maintains ITAR compliance, enabling us to manufacture flight-critical aerospace components for commercial aviation, defence contractors, and space systems. Our certified facility implements rigorous quality management, material traceability and security protocols required by aerospace supply chains and government regulations.

We specialise in precision CNC machining of titanium alloys (Ti-6Al-4V), superalloys (Inconel 718, A286), and aerospace aluminium (7075-T6) with tolerances as tight as ±0.005 mm. From turbine blades and compressor impellers to structural brackets, landing gear components and satellite systems, we deliver components that meet the highest standards of aerospace engineering.

Our advanced 5-axis CNC capabilities, non-destructive testing (NDT) procedures, and full material traceability documentation ensure every component meets or exceeds aerospace specifications. We provide the reliability and surface finish documentation your supply chain demands.

Turbine Blades & Impellers

Complex 5-axis machining of turbine blades, compressor impellers and rotating engine assemblies. Superalloy expertise including Inconel 718 and A286 with aerospace surface finishes.

Landing Gear & Structural Parts

Precision-machined fuselage brackets, fastener bosses, landing gear components and structural airframe assemblies in titanium and aerospace-grade aluminium.

Aerospace Materials & Tolerances

Aerospace Materials & Tolerances
Material	Standard	Application	Tolerance
Ti-6Al-4V Titanium	AS9100D / ITAR	Compressor discs, structural frames, fastener bosses	±0.005 – ±0.025 mm
Inconel 718	AS9100D / AMS 5589	Turbine blades, engine rings, high-temp seals	±0.005 – ±0.010 mm
7075-T6 Aluminium	AS9100D / BAC 5555	Structural components, brackets, access panels	±0.010 – ±0.025 mm
A286 Superalloy	AS9100D / AMS 5731	Turbine wheels, exhaust cases, fasteners	±0.005 – ±0.015 mm
Monel K-500	AS9100D / ASTM B865	Spring seats, engine shrouds, salt-resistant parts	±0.010 – ±0.020 mm
300M Steel	AS9100D / AMS 6421	Landing gear struts, hydraulic fittings, brackets	±0.010 – ±0.030 mm

Aerospace Manufacturing Advantages

AS9100D Certification

Full AS9100D certification with rigorous quality management, process controls and documentation for aerospace supply-chain compliance.

ITAR & Material Traceability

Complete material traceability from supplier through machining to delivery. ITAR-compliant documentation for defence and government contracts.

Non-Destructive Testing

In-house NDT including ultrasonic, eddy-current and penetrant testing to verify material integrity and aerospace performance.

Complex 5-Axis Machining

Advanced 5-axis CNC centres machine complex geometries, turbine profiles and intricate aerospace structures in minimum setups.

Flight-Critical Parts

Experience with flight-critical components — turbine blades, engine rings, landing gear struts and structural elements where failure is not an option.

Superalloy Expertise

Specialised knowledge of titanium alloys, Inconel, Hastelloy and other superalloys. Expert handling of work-hardening materials and thermal stability.

Aerospace Production Process

NDA & Requirements Review

Secure documentation review and detailed engineering assessment of your aerospace component specifications and regulatory requirements.

Material Procurement & Verification

Sourcing certified aerospace materials with full mill certificates and traceability documentation per AS9100D.

Precision CNC Machining

Multi-axis machining with real-time quality monitoring and in-process verification to aerospace tolerances and surface finish requirements.

NDT Testing & Inspection

Comprehensive non-destructive testing and dimensional verification against aerospace specifications with full documentation.

Certification & Documentation

Complete certification packages including material certs, test reports, AS9100D compliance docs and ITAR-compliant records.

Secure Delivery & Support

Secure packaging and delivery with full traceability. Ongoing technical support for aerospace supply-chain requirements.

Aerospace Materials We Machine

Aerospace parts live or die by their material. Every gram matters, every part sees fatigue, and many run hot or in corrosive environments — so the material list skews toward high-strength, lightweight and heat-resistant alloys that are difficult to machine well. That difficulty is exactly where an experienced shop earns its place.

Material	Why aerospace uses it	Guide
Titanium (Grade 5 / Ti-6Al-4V)	Best strength-to-weight, fatigue and heat resistance	Titanium guide
Inconel 718 / 625	Retains strength above 700 °C — hot-section & fasteners	Superalloy guide
Aluminium 7075 / 2024	High-strength structural parts at low weight	Aluminium guide
Stainless 15-5PH / 17-4PH	Strong, corrosion-resistant fittings and shafts	Stainless guide

AS9100, Traceability & Quality

Aerospace machining is as much about documentation as chips. A flight-critical part is only acceptable if you can prove it meets spec, from raw-material lot to final inspection. Our processes are AS9100-aligned and built around full traceability.

Material certificates of conformance with heat-lot traceability back to the mill.
CMM inspection with dimensional reports; first-article inspection (FAI) per AS9102 on request.
Surface-integrity awareness on tough alloys — avoiding the work-hardened layer that fails in fatigue.
Full manufacturing records for supply-chain transparency.
For design rules on regulated parts, see our aerospace & medical DFM checklist, and for holding tight callouts our GD&T guide.

Parts We Produce for Aerospace

From complex 5-axis structural components to precision fittings, we support primes and Tier-1/2 suppliers with prototype and low-to-mid volume production.

Structural brackets, ribs, and housings — often multi-face parts best made in one 5-axis setup.
Engine and hot-section components in superalloys.
Fittings, manifolds and hydraulic components to tight tolerance via precision manufacturing.
Fasteners and shafts in titanium and PH stainless.

Project Gallery

AS9100D certified aerospace manufacturing facility

Structural aerospace brackets and components

Frequently Asked Questions

What does AS9100D certification mean?

AS9100D is the aerospace quality management standard that adds aerospace-specific requirements to ISO 9001. Our certification demonstrates compliance with product safety, traceability, security and process controls required by aerospace supply chains.

Are your aerospace components ITAR compliant?

Yes — we maintain ITAR compliance and provide complete documentation for all aerospace components. We handle controlled materials and maintain secure documentation for defence and government contracts.

What aerospace alloys and materials do you machine?

Ti-6Al-4V titanium, Inconel 718, Inconel 625, A286 superalloy, Monel K-500, 7075-T6 aluminium, 300M steel and other aerospace-grade materials with expert handling of work-hardening behaviour.

Can you machine complex turbine components?

Yes. Our 5-axis CNC capabilities machine turbine blades, impellers and rotating assemblies to tolerances as tight as ±0.005 mm with aerospace surface finishes.

How do you ensure material traceability?

Complete traceability from supplier certification through raw material verification, in-process tracking and final delivery. All documentation is ITAR-compliant and meets AS9100D.

What NDT and inspection methods do you perform?

Ultrasonic testing, eddy-current inspection, penetrant testing and dimensional verification to aerospace specs. All NDT is performed by certified technicians with complete documentation.

Guides & Resources

In-depth engineering guides from our team to help you specify and buy with confidence.

Regulated

Ready to Partner on Aerospace Components?

Let JLYPT bring AS9100D-certified expertise to your aerospace manufacturing. Contact us for a confidential consultation.

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