✈️ AS9100

AS9100 Rev D Aerospace Suppliers in Burlington, NC

AS9100 Rev D is built on ISO 9001 but adds the controls aerospace demands: configuration management, counterfeit-part prevention, full traceability, and first-article inspection that follows AS9102. A Burlington shop that holds it has chosen to operate at a level most general manufacturers never attempt. The challenge for a buyer is that aerospace-grade capacity is thinner in the Triad than automotive capacity, so verifying scope and depth matters even more here.

AS9100ISO 9001NADCAP

Where Aerospace Capability Hides in a Triad Machining Base

Burlington isn't an aerospace hub the way Greensboro's airport corridor is, but the Piedmont Triad as a whole feeds aerospace tiers, and that pull reaches Burlington's precision machining shops. The shops most likely to carry AS9100 are the ones that already run tight-tolerance CNC work for demanding automotive or heavy-equipment customers and decided to formalize the discipline aerospace requires. The machining DNA, lights-out CNC, multi-axis work, in-process inspection, transfers; the quality system is what gets added. For a buyer, this means the Burlington AS9100 pool is small but real. You're not choosing among dozens of aerospace contract manufacturers; you're identifying the two or three Triad shops that committed to flight-quality systems. That scarcity makes verification more important, not less. A shop that machines beautifully but only carries ISO 9001 is not interchangeable with an AS9100 supplier when the part is going on an aircraft. The upside of sourcing aerospace work from a Burlington shop that came up through automotive is process maturity. These shops already understand PPAP-style discipline, gauge control, and traceability, so the jump to AS9100's configuration management and AS9102 first articles is incremental rather than foreign.

Reading an AS9100 Certificate and Its Scope

AS9100 certification is registered in the IAQG OASIS database, the industry's online aerospace supplier information system, and that's the single most important verification step. Any genuine AS9100 supplier has an OASIS entry showing the certificate, the certification body, the scope, and the audit status. If a Burlington shop claims AS9100 but isn't findable in OASIS, treat the claim as unverified until they explain why. The scope statement carries the same weight it does in ISO 9001, but the stakes are higher. Aerospace scopes are specific: a certificate might cover 'precision machining of aerospace components' but exclude assembly, special processes, or design responsibility. Confirm the scope covers what you're buying. Also confirm the certificate is Rev D, the current revision, rather than an older revision that's quietly lapsed. Because AS9100 supplier audits draw on the same accreditation framework across the industry, the OASIS record will also show the certification body and any nonconformances or suspensions. A clean, current OASIS entry tied to the Burlington facility address is the verification you want before quoting flight or defense hardware.

First-Article and Traceability Records You Must Get

AS9100 work lives or dies on documentation, and the buyer's job is to demand it up front. The defining record is the AS9102 first-article inspection report, a standardized format with three forms covering part accountability, raw material and process certifications, and the full dimensional results tied to balloon-numbered drawings. A real Burlington aerospace shop produces AS9102 FAIs as routine; if they don't know the form numbers, walk away. Traceability is the other non-negotiable. You should be able to trace every part back through its operations to the raw material heat or lot, with material certs and, where applicable, special-process certifications from accredited sources. AS9100 also requires counterfeit-part prevention, so for any purchased material or hardware, ask how the shop verifies authenticity and source. For parts that pass through special processes, heat treat, plating, NDT, the Burlington shop is responsible for flow-down even when it subcontracts. Confirm the special processes are handled by NADCAP-accredited sources and that the certs come back into your traceability package. The complete record should let you reconstruct the part's entire history from raw bar to finished, inspected component.

Lead Time, Cost, and the Reality of a Thin Local Pool

Aerospace work costs more and takes longer than commercial machining, and that's true in Burlington as everywhere. The AS9102 first article alone adds days of inspection and documentation before production parts ship, and the traceability and special-process flow-down add cost that a commercial automotive job wouldn't carry. Budget for it; a quote that looks suspiciously close to commercial pricing may signal the shop isn't actually running full AS9100 rigor on your part. The thin local pool means you should qualify your Burlington aerospace supplier early and protect the relationship. With only a few Triad shops carrying AS9100, capacity is a real constraint, and you may compete with other aerospace buyers for the same machine time. The advantage is proximity for source inspection and first-article review, which aerospace programs often require in person. Being an hour from your AS9100 shop instead of three time zones away makes those mandatory site visits far cheaper and faster, which over a program's life can outweigh the higher per-part cost.

Frequently Asked Questions

AS9100 Rev D contains all of ISO 9001:2015 and adds aerospace-specific requirements on top. The biggest additions are configuration management, counterfeit-part prevention, mandatory first-article inspection following the AS9102 format, stricter traceability down to material heat and lot, risk management around product safety, and tighter control of special processes and their flow-down to subcontractors. For a Burlington shop that already holds ISO 9001 serving automotive or heavy-equipment customers, AS9100 is a significant step up in documentation rigor rather than a wholesale new system. The practical consequence for a buyer is that an ISO 9001 shop and an AS9100 shop are not interchangeable for flight hardware, even if both machine to the same tolerances. If your part is going on an aircraft or into a defense program that specifies AS9100, the certificate is a hard requirement, and you verify it through the IAQG OASIS database rather than just a PDF, because OASIS is the industry's authoritative source for aerospace supplier certification status.
Search the IAQG OASIS database, the aerospace industry's online supplier information system, for the supplier. A legitimate AS9100 holder has an OASIS record showing the certification body, certificate scope, current revision, audit status, and any nonconformances or suspensions. Confirm the record ties to the specific Burlington facility address that will run your parts and that the certificate is the current Rev D rather than a lapsed older revision. Read the scope statement carefully, aerospace scopes are specific and may cover machining but exclude assembly, special processes, or design. If a shop claims AS9100 but has no OASIS entry, treat the claim as unverified and ask them to explain, because every genuine AS9100 supplier is registered there. This OASIS check is the aerospace equivalent of looking up an ISO 9001 certificate in a registrar directory, and it is the single most reliable verification step before you quote flight or defense work to a Triad supplier.
AS9102 is the aerospace standard for first-article inspection, and it is effectively mandatory for AS9100 production parts. It uses three standardized forms: Form 1 covers part number accountability, Form 2 covers raw material and special-process certifications, and Form 3 covers the full dimensional results mapped to balloon-numbered features on the drawing. The result is a complete, auditable proof that the first production part meets every drawing requirement before the shop runs the full lot. For any aerospace part sourced from Burlington, you should receive an AS9102 FAI, and a competent aerospace shop produces them as routine. If a shop offering AS9100 doesn't recognize the AS9102 form structure, that is a strong signal the quality system isn't actually operating at aerospace level. The FAI adds time and cost compared to a commercial first article, but it is the document that protects both you and the supplier when a flight part's conformance is later questioned.
Most precision machining shops, including aerospace ones in the Triad, subcontract special processes such as heat treatment, plating, anodizing, and nondestructive testing rather than performing them in house. Under AS9100, the shop remains responsible for ensuring those processes are controlled, which in aerospace almost always means the subcontractor holds NADCAP accreditation for that specific process. When sourcing aerospace machining in Burlington, confirm that the shop's special-process suppliers are NADCAP-accredited and that the resulting certifications flow back into your traceability package. The machining shop should manage this flow-down so your complete documentation includes the special-process certs, not just the dimensional results. Ask specifically how they qualify and monitor their special-process sources, because a weak link there can compromise an otherwise strong part. The combination you want is an AS9100 machining shop feeding NADCAP-accredited special processes, with all certifications consolidated into one traceable record from raw material to finished component.
Yes, relative to automotive and general industrial capacity, the AS9100-certified pool in Burlington and the surrounding Piedmont Triad is small. The region's manufacturing base is anchored in automotive, heavy-equipment, and textiles, so only a handful of precision machining shops have chosen to carry full aerospace quality systems. That scarcity has two implications for buyers. First, qualify your aerospace supplier early and treat the relationship as strategic, because you may compete with other aerospace customers for the same machine time and capacity can tighten quickly. Second, the upside of staying local is proximity for the source inspections and first-article reviews aerospace programs frequently require in person, being an hour away rather than across the country makes those mandatory visits far cheaper. For surge volume or specialized processes the Triad lacks, keep a national AS9100 supplier qualified as backup, but for steady aerospace machining the proximity of a Burlington shop often justifies building the relationship despite the limited local pool.

Last updated: July 2026

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