AS9100 & ISO 9001 Certified Aerospace Facility
Aerospace CNC Machining
Aerospace CNC machining demands more than accurate parts. It demands certified quality, documented materials, and traceability you can audit, because the components we make may end up in flight-critical assemblies. At Baetro, we machine aerospace parts to AS9100 and ISO 9001 standards, with 5-axis capability, tolerances to ±0.001″, and full material traceability on every order.
We work the alloys aerospace relies on, from titanium and Inconel to high-strength aluminum 7075, and we back every part with CMM inspection and AS9102 first-article documentation. Because we manufacture direct from our certified facility in Qingdao, you get that aerospace-grade rigor at 30 to 60% below typical domestic cost, with a dedicated engineer on your program from quote to delivery.
±0.001″
Aerospace tolerance
AS9100
Certified quality system
30–60%
Below typical domestic cost
Dedicated
Engineer on every program
Aerospace CNC Machining Fundamentals
What Is Aerospace CNC Machining?
Aerospace CNC machining is the precision manufacturing of components for aircraft, spacecraft, and defense systems. It demands tighter tolerances, stricter material controls, and more rigorous documentation than standard machining. Every part must meet AS9100 quality standards, with full traceability from raw material to finished component.
At Baetro, we specialize in 5-axis machining of aerospace alloys, including titanium, Inconel, and aluminum 7075. We hold tolerances to ±0.001", with CMM inspection and AS9102 first-article inspection reports. Our facility is AS9100 and ISO 9001 certified, ensuring every part meets the stringent requirements of the aerospace industry.
AS9100 Certified
Aerospace quality system with full traceability
Difficult Alloys
Titanium, Inconel, 7075 aluminum, and more
5-Axis Capability
Complex geometries in a single setup
Full Documentation
CMM inspection, AS9102 FAI, material certs
Certified Precision for Flight-Critical Parts
AS9100 certified, 5-axis machining, and full material traceability — built for aerospace demanding standards.
Aerospace capabilities
What Aerospace CNC Machining Demands
Aerospace parts are not ordinary machined components. They operate under extreme loads, temperatures, and safety requirements, so the standards around them are strict. Aerospace CNC machining is defined by four demands that go beyond typical precision work.
Certified quality
AS9100 Quality Systems
Aerospace buyers require a quality management system built for the industry, which is exactly what AS9100 provides. Our processes follow the International Aerospace Quality Group standards, with rigorous risk management and configuration control.
- AS9100 certified: built on ISO 9001 with aerospace-specific requirements
- Process control: first-article inspection and in-process checks ensure consistency
- Audit-ready: documentation that stands up to customer and regulatory review
Documented materials
Traceability & Mill Certs
Every part needs traceability back to the raw material lot, with mill certifications to prove it. We maintain full material documentation from raw stock to finished component, so you always know what went into your part.
- Material traceability: complete chain from mill lot to finished part
- Mill certifications: included with every shipment
- Alloys: titanium, Inconel, 7075 aluminum, stainless, and more
Verified precision
Tight, Inspected Tolerances
Critical features are inspected and recorded, not just machined and shipped. Any shop can claim precision. Aerospace machining is about proving it, consistently, with documentation that stands up to audit.
- Standard: ±0.001" (±0.025 mm) on critical features
- CMM inspection: every part verified, not assumed
- AS9102 FAI: first-article reports for production approval
Procurement confidence
Why Choose Baetro for Aerospace CNC Machining
Buyers evaluating aerospace machining services face strict standards and real cost pressure. Here is how our aerospace cnc machining services meet both.
Certified, Documented Quality
AS9100 and ISO 9001 certified, with CMM inspection, AS9102 first-article reports, and full material traceability on every order.
5-Axis Precision for Complex Parts
Complex aerostructures machined in a single setup, holding ±0.001" on critical features.
Difficult Materials, Handled
Titanium, Inconel, and high-strength aluminum machined with the rigidity and process control they demand.
Aerospace Quality at a Better Cost
Direct manufacturing from our Qingdao facility delivers certified quality at 30 to 60% below typical domestic pricing, with no hidden costs.
A Dedicated Engineer on Your Program
An English-speaking project manager keeps you updated from quote to delivery, with ITAR support available on request.
No Minimum Order Quantity
Order one prototype or scale to production volumes with the same aerospace-grade quality and documentation across every order size.
Material library
Materials We Mill
We machine 50+ materials across metals and plastics, with full material certifications and traceability available for every project.
Metals
Aluminum Alloys: 6061-T6 general-purpose, excellent machinability, weldable; 7075-T6 high-strength aerospace-grade; 2024-T3 high fatigue resistance; 5052 corrosion-resistant and marine applications.
Learn more about aluminum CNC machining
Stainless Steel: 304 general-purpose, corrosion-resistant, food-grade; 316 marine-grade, chemical-resistant, medical applications; 17-4 PH precipitation-hardened, high strength with corrosion resistance; 303 free-machining grade for faster production.
Learn more about stainless steel CNC machining
Other Metals: Carbon steel (1018, 1045, 4140), Brass (C360), Titanium (Grade 2, 5), Copper (C110), Tool steel (O1, A2, D2).
Plastics
PEEK: High-temperature, medical-grade, chemical-resistant polymer.
Learn more about PEEK CNC machining
ABS: Impact-resistant, cost-effective prototyping material.
Nylon (PA6, PA66): Wear-resistant, low friction, suitable for bearings and bushings.
POM (Delrin/Acetal): Excellent dimensional stability for precision mechanical parts.
Polycarbonate: Transparent, high-impact strength.
Acrylic (PMMA): Optical clarity, decorative applications.
Material
Stainless Steel
304, 316, 17-4 PH, and 303 grades for corrosion resistance and high strength applications.
Material
Titanium
Grade 2 and 5 for aerospace and medical applications requiring high strength-to-weight ratios.
Material
PEEK
High-performance plastic for demanding thermal, chemical, and biocompatible applications.
Manufacturing reference
Aerospace Manufacturing Reference
Aerospace favors materials with high strength-to-weight ratios and strong performance at temperature. Each machines differently, and knowing how matters as much as knowing why it is used.
| Material | Why Aerospace Uses It | Machining Notes |
|---|---|---|
| Titanium (Ti-6Al-4V) | Strength-to-weight, heat resistance | Work-hardens; needs sharp tooling, low speeds, rigid setup |
| Inconel / superalloys | Extreme high-temperature strength | Very tough to cut; slow, rigid, heavy coolant |
| Aluminum 7075 | High-strength aluminum | Machines well; great for structural brackets |
| Aluminum 6061 | Versatile, weldable | Easy to machine; general airframe parts |
| Stainless 316 | Corrosion resistance | Work-hardens; sharp tools, steady feeds |
Titanium and Inconel are where aerospace machining gets demanding. Both work-harden and resist cutting, so they punish dull tools and weak setups. Our 5-axis centers, rigid workholding, and process discipline are built for exactly these alloys.
Engineering data
5-Axis Capability and Tolerances
Many aerospace components have complex, contoured geometry that is hard to reach from a single direction. Our 5-axis simultaneous machining centers handle these shapes in one setup, which matters for two reasons.
5-Axis Machining Capabilities
| Axis Configuration | Typical Application | Precision | Efficiency |
|---|---|---|---|
| 3-Axis | Prismatic parts, flat faces, standard features | ±0.005" (±0.13 mm) | Multiple setups required |
| 4-Axis | Multi-sided parts, angular holes, indexed features | ±0.002"–0.005" | Fewer setups, better alignment |
| 5-Axis Simultaneous | Undercuts, deep pockets, contoured surfaces, aerostructures | ±0.001" (±0.025 mm) standard | Single setup, eliminates cumulative error |
Across our aerospace work, we hold tolerances to ±0.001" (±0.025 mm) as standard, with tighter available on request for critical features. That precision is verified, not assumed.
Why 5-Axis Matters
- Accuracy: The part is never re-fixtured and re-aligned between operations, which eliminates cumulative positioning error.
- Complex geometry: Handles undercuts, deep pockets, and contoured surfaces that are impossible or difficult on 3‑axis machines.
- Verification: Every part is inspected on CMM equipment, with AS9102 first‑article documentation available.
- Cost efficiency: Single‑setup machining reduces fixture costs, programming time, and overall lead time on complex parts.
Quality Assurance
Quality, Inspection and Traceability
In aerospace cnc machining, the paperwork is part of the product. Our quality system is built to deliver both.
Our Quality Systems
- ISO 9001 certified quality management system
- AS9100 certified for aerospace quality standards
- Full material traceability from raw mill lot to finished component
- In-process inspection at multiple production stages
- CMM final inspection on Coordinate Measuring Machine equipment
- AS9102 first-article inspection for production approval
- Mill test reports available for your records
- 100% inspection or AQL sampling per customer requirements
What You Receive with Every Shipment
Every order includes comprehensive inspection documentation you can hand to your own quality team with confidence.
- Dimensional measurements against your drawing
- Material certification and traceability
- Surface finish verification when specified
- Pass/fail status for all critical dimensions
- AS9102 first-article inspection reports where required
- Inspector signature and inspection date
Applications
Aerospace Applications
Aerospace CNC machining produces the structural and functional components that keep aircraft and spacecraft operating. Here are the parts we machine most.
Application
Brackets & Mounts
Structural attachment brackets and mounting plates across airframes — machined in titanium and high-strength aluminum with full traceability.
Application
Housings & Enclosures
Precision housings and enclosures for avionics, sensors, and actuators, with tight tolerances and EMI/EMC considerations built in.
Application
Structural Fittings
Titanium and high-strength aluminum structural fittings for airframes and landing gear, machined to ±0.001" with AS9102 FAI documentation.
Application
Engine & System Components
High-temperature alloy parts for engines and propulsion systems — Inconel, titanium, and superalloys machined with the rigidity they demand.
Application
Prototype & Test Parts
New program development and validation parts, machined in the same certified facility with the same quality system as production.
Industry
Commercial, Defense & Space
These applications span commercial aviation, defense, space, and unmanned systems. Whether the part is a simple bracket or a complex 5-axis contour, the same certified quality system applies.
Certifications
Certifications That Qualify Us
Certifications are table stakes in aerospace, but buyers' teams deserve to know what each one actually guarantees. Here is the plain-English version.
AS9100 & ISO 9001
ISO 9001 is the baseline quality management standard used across industries. AS9100 builds on it with aerospace-specific requirements for risk management, configuration control, and product safety. It is the certification most aerospace and defense buyers require before they will even quote you, and it is the foundation of our quality system. The standard is maintained by the International Aerospace Quality Group, and our processes follow its requirements.
AS9102 First-Article Inspection
First-article inspection is the aerospace way of proving a new part is made correctly before full production. Under AS9102, we document every dimension, material, and process on the first article and verify it against your drawing. That record gives you confidence that the production run will match the approved part, and it gives your quality team the paperwork they need. The AS9102 forms and requirements are published through SAE International.
ITAR & NADCAP
ITAR governs the handling of defense-related technical data and parts, and we can support ITAR-controlled work on request. NADCAP covers special processes like heat treatment and plating. If your program requires either, talk to our team so we can align documentation and controls to your needs. For dedicated defense programs, see our defense manufacturing capabilities.
How it works
Prototype to Production, One Supplier
Aerospace buyers worry about a specific risk: qualifying a supplier for prototypes, then having to re-qualify someone new for production. That re-qualification costs time, money, and program risk. We eliminate it by handling the full lifecycle under one roof.
Upload Your CAD File
Send your aerospace design in STEP, IGES, or SolidWorks format, with material and tolerance requirements. Our engineers review your file and prepare a manufacturing plan.
Quote & Engineering Review
In under 60 seconds, receive a transparent price and lead time, along with free DFM feedback on manufacturability, tooling access, and design for aerospace-grade production.
Prototype Validation
We machine your prototypes in the same AS9100 facility that will handle production. You validate fit, function, and documentation before committing to volume.
Seamless Production Scale-Up
When you are ready, we move directly into production with the same quality system, the same engineers, and the same processes — no re-qualification, no new supplier risk.
In-Process & Final Inspection
Every part is inspected during and after machining. Critical dimensions are verified on CMM, with AS9102 first-article documentation for production approval.
Ship with Full Traceability
Parts ship with inspection reports, material certifications, and full traceability — from raw mill lot to finished component — all backed by ISO 9001 and AS9100.
Design guidance
Design for Manufacturability in Aerospace
Good aerospace design balances performance against machinability, and small choices have a big effect on cost and lead time. Our free DFM review looks for these on every quote, but it helps to know them up front.
- Apply tight tolerances only where they matter. Over-tolerancing drives up cost and inspection time. Hold ±0.001" on critical features and use general tolerances elsewhere.
- Design for 5-axis access. Geometry a single setup can reach is faster and more accurate than shapes that need multiple fixtures.
- Simplify where you can. Fewer deep pockets, thin walls, and hard-to-reach features mean shorter cycle times and less risk.
- Pick the right alloy for the job. Titanium and Inconel cost far more to machine than aluminum, so reserve them for where their properties are truly required.
- Plan finishing early. Specifying anodizing, passivation, or plating up front avoids surprises late in the program.
- Design with these in mind. Your aerospace parts will quote lower, machine faster, and pass inspection more easily.
FAQ
Frequently Asked Questions
Answers to common questions about aerospace CNC machining certifications, materials, tolerances, and production.
What certifications do aerospace machine shops need?
Most aerospace and defense buyers require AS9100, which builds on ISO 9001 with aerospace-specific quality requirements. Depending on the work, ITAR registration and NADCAP special-process accreditation may also apply. As an AS9100 machine shop with ISO 9001 certification, we can also support ITAR-controlled work on request.
What materials are used in aerospace CNC machining?
Common aerospace materials include titanium alloys like Ti-6Al-4V, nickel superalloys like Inconel for high-temperature parts, high-strength aluminum such as 7075 and 6061, and stainless steels like 316. Each is chosen for its strength-to-weight ratio and performance at temperature.
What tolerances do aerospace parts require?
Requirements vary by part, but critical aerospace features often call for ±0.001" or tighter. We hold ±0.001" (±0.025 mm) as standard, with tighter tolerances available on request, and we verify critical dimensions with CMM inspection and documented first-article reports.
Why is 5-axis machining used in aerospace?
Many aerospace components have complex, contoured geometry. 5-axis machining produces these shapes in a single setup, which improves accuracy by eliminating re-fixturing and reduces cumulative error between features. It also shortens lead time on complex parts.
What is AS9102 first-article inspection?
AS9102 is the aerospace standard for first-article inspection. It requires documenting every dimension, material, and process on the first production part and verifying it against the drawing. That record confirms the part is made correctly before full production and gives your quality team the required documentation.
How much does aerospace CNC machining cost?
Cost depends on material, complexity, tolerances, and quantity. Difficult alloys like titanium and Inconel cost more to machine than aluminum. Because we manufacture direct from our Qingdao facility, aerospace-grade quality typically runs 30 to 60% below domestic pricing. Upload your CAD file for an exact instant quote.
Can you handle both prototypes and production?
Yes. We machine low-volume aerospace prototypes and full production runs in the same AS9100 certified facility, with the same quality system and traceability. That lets you validate a design, then scale to production without re-qualifying a new supplier or changing your documentation.
Quote-ready manufacturing
Start Your Aerospace Machining Program
Get aerospace CNC machining with the certifications, traceability, and precision your program requires, at a cost that protects your budget.
Upload your CAD file for an instant quote with full AS9100 documentation, and a dedicated engineer will guide your parts from prototype to production.
Parts ship in 3–7 days. No minimum order quantity. AS9100 & ISO 9001 certified.
Not ready to upload a file? Contact our engineers to discuss your project, review material options, or get guidance on tolerance and certification requirements.