✈️ AS9100
AS9100 Rev D Aerospace Suppliers in Phoenix, AZ
Flight hardware does not forgive a sloppy quality system, and Phoenix buyers know it. AS9100 Rev D exists because aerospace failures are catastrophic and traceability has to survive decades, so the standard piles configuration management, counterfeit-part controls, and first-article rigor on top of ordinary quality management. Here is how AS9100 sourcing actually works in the Valley's aerospace cluster, from verifying a certificate to understanding the documentation that has to ride with every shipment.
AS9100ISO 9001NADCAP
What AS9100 Rev D Adds Beyond a Standard Quality System
AS9100 Rev D is ISO 9001:2015 with an aerospace overlay, and the overlay is where flight programs live or die. It mandates configuration management so that every part is tied to a controlled drawing revision and nothing ships against a stale spec. It requires counterfeit-part prevention, which in practice means documented controls on where raw material and electronic components come from and how their authenticity is verified. It demands product-safety processes, formal risk management on operations, and a far more disciplined first-article inspection regime than commercial work.
For a Phoenix buyer, that overlay is the difference between a shop that can quote a flight bracket and one that can only quote a generic machined part. The metro's aerospace primes and their integrators flow AS9100 down to nearly every tier that touches flight hardware. A shop holding the certificate has demonstrated it can manage revision control, key-characteristic identification, and the traceability that lets an investigator reconstruct a part's entire history years after it shipped.
The practical takeaway: when you source aerospace work in Phoenix, AS9100 is not a nice-to-have. It is the gate. The interesting questions are about scope, special processes, and whether the shop's flowdown discipline matches the program you are feeding.
Reading the Certificate and Checking the OASIS Listing
AS9100 certificates are registered differently than plain ISO 9001. Accredited certifications appear in the OASIS database maintained under the IAQG, and that is your primary verification tool. Pull the shop's certificate, note the certificate number, the certification body, the expiry, and the precise scope, then confirm the listing in OASIS resolves to that company and is active. A genuine aerospace supplier expects this check; resistance to it is a red flag.
Scope discipline matters even more here than in commercial sourcing. An AS9100 scope reading 'precision CNC machining of aluminum, titanium, and stainless aerospace components' tells you what the certificate covers. It does not cover the shop's chem-film line, NDT, or heat treat unless those processes are separately accredited, often through NADCAP rather than under the AS9100 scope itself. Buyers get burned when they assume one certificate blankets every operation in the building.
Also confirm the certification body is itself recognized for aerospace scheme work. If the certificate names a registrar you cannot find in OASIS or in the IAQG-recognized list, stop. Pair the OASIS check with a request for the shop's NADCAP accreditations on any special processes your part requires, because in aerospace those two systems work together and neither one alone tells the whole story.
First-Article Inspection and the Records That Travel With Parts
AS9100 makes first-article inspection a formal, balloon-mapped exercise governed by AS9102. When you source a new part number in Phoenix, expect a full FAI report that maps every drawing characteristic to an actual measured result, identifies key characteristics, and documents the material and special-process certifications behind the part. A Rev D shop generates this as a matter of routine, and the quality of their FAI package is a fair proxy for how well their whole system runs.
Beyond the FAI, each shipment should carry a certificate of conformance referencing your PO and the controlled drawing revision, full material traceability back to the mill with chemical and physical test reports, and process certs for every special operation. If heat treat, anodize, passivation, NDT, or shot peen touched the part, you should receive the NADCAP-accredited processor's documentation. Counterfeit-prevention records on raw stock are increasingly expected on defense work.
This paper trail is not bureaucracy for its own sake; it is how the aerospace world survives a field failure. The records let a program reconstruct exactly what went into a part and which other lots share its lineage. When you evaluate a Phoenix supplier, ask to see a sample FAI package and a sample C of C with material certs. The cleanliness of that documentation tells you more than any sales pitch.
Defense Readiness and the ITAR Overlap
A large share of Phoenix aerospace work has a defense dimension, and AS9100 frequently travels alongside ITAR registration and cybersecurity requirements. If your part appears on the United States Munitions List or your data is export-controlled, the shop must be registered with the State Department's DDTC and must control technical data accordingly. AS9100 governs quality; ITAR governs who can legally touch the design. A buyer sourcing defense hardware in the Valley needs both boxes checked and should never assume one implies the other.
The cybersecurity layer is rising fast. Defense suppliers are increasingly expected to meet NIST SP 800-171 controls and the CMMC framework for handling controlled unclassified information. Phoenix's defense tier has been working through these requirements, so when you source controlled work, ask where the shop stands on 800-171 and CMMC in addition to AS9100 and ITAR. A shop strong on AS9100 but weak on data controls is a liability on an export-controlled program.
The upside of sourcing locally is that Phoenix's defense ecosystem is dense enough that suppliers fluent in all three regimes are findable, and proximity makes source inspection and program-specific audits practical. For controlled work, that combination of capability and closeness is hard to replicate by sourcing across the country.
Frequently Asked Questions
AS9100 Rev D contains the entire ISO 9001:2015 standard and then adds aerospace-specific requirements that a flight program cannot do without. The additions include configuration management tying every part to a controlled drawing revision, formal counterfeit-part prevention covering raw material and component sourcing, product-safety processes, operational risk management, key-characteristic identification, and a far stricter first-article inspection discipline under AS9102. In Phoenix, where Honeywell Aerospace and a deep defense tier set the standard, AS9100 is the working requirement for anything touching flight hardware, while plain ISO 9001 covers general commercial and industrial work. The practical effect for a buyer is that an AS9100 shop has proven it can manage revision control and lifelong traceability, which is exactly what you need when a part has to be reconstructable years after it ships. If your end use is aerospace or defense, source AS9100. If it is general industrial work with no flight or regulated traceability need, ISO 9001 is sufficient and usually cheaper.
AS9100 certifications are tracked in the OASIS database under the IAQG, and that is your primary verification path, unlike plain ISO 9001 which you check through the registrar or IAF CertSearch. Get the certificate, pull the certificate number, certification body, expiry date, and scope, then confirm the listing resolves in OASIS to that exact company and shows active status. Verify the certification body is recognized for the aerospace scheme. Pay close attention to the scope statement, because it defines which processes are covered; special processes like heat treat, anodize, NDT, and shot peen are usually accredited separately through NADCAP rather than blanketed under the AS9100 certificate. Red flags include a registrar you cannot find in OASIS, an expired certificate without a transfer, a scope that does not match the work you are quoting, and a supplier reluctant to share the certificate number. For your specific part, also request the relevant NADCAP accreditations so you confirm every operation, not just the machining, is properly covered.
For a new part number, expect a full first-article inspection report per AS9102, with every drawing characteristic balloon-mapped to an actual measured result, key characteristics identified, and the material and special-process certifications attached. On every shipment, you should receive a certificate of conformance referencing your purchase order and the controlled drawing revision, complete material traceability back to the mill including chemical and physical test reports, and process certifications for each special operation. If heat treat, anodize, passivation, NDT, or shot peen touched the part, the NADCAP-accredited processor's documentation should be included. On defense work, counterfeit-prevention records and export-control documentation often ride along too. A mature Phoenix aerospace shop generates all of this as routine output of its AS9100 system, so the quality and completeness of a sample FAI package is one of the best ways to judge a supplier before you award. Ask to see one during qualification; a clean, well-organized package signals a healthy system.
Often yes, and you should treat them as separate, non-overlapping requirements. AS9100 governs the quality system; it says nothing about who is legally allowed to access export-controlled technical data. If your part is on the United States Munitions List or your drawings and data are export-controlled, the shop must be ITAR-registered with the State Department's DDTC and must restrict access accordingly. Separately, defense work increasingly requires the shop to implement NIST SP 800-171 security controls and to be progressing toward or meeting CMMC for handling controlled unclassified information. A Phoenix shop can hold a pristine AS9100 certificate and still be unqualified for your program if it cannot handle export-controlled data securely. The good news is that the Valley's defense tier is dense, so suppliers fluent in AS9100, ITAR, and 800-171 together are findable. When you source controlled hardware, ask explicitly where the shop stands on all three regimes rather than assuming the aerospace certificate covers the compliance landscape.
Scope is where buyers most often get a false sense of coverage. An AS9100 certificate applies only to the processes and activities named in its scope statement. A shop certified for precision CNC machining of aluminum, titanium, and stainless aerospace components has demonstrated quality control over machining, but that certificate does not automatically cover chem-film, anodize, heat treat, non-destructive testing, or welding performed elsewhere in the building. In aerospace, those special processes are typically accredited through NADCAP, which is a separate system from AS9100. So if your part needs both machining and, say, heat treat plus penetrant inspection, you need to confirm the AS9100 scope covers the machining and that the special processes carry valid NADCAP accreditations, whether performed in-house or at a qualified outside processor. Buyers in Phoenix get burned when they see one certificate framed in the lobby and assume the whole part is covered. Read the scope line by line against your routing, and ask for the supporting NADCAP letters for anything the AS9100 scope does not explicitly include.
Last updated: July 2026
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