What Aerospace Buyers Expect From a Utah Supplier
Northern Utah's aerospace and defense base, anchored near Hill Air Force Base, makes supplier verification the real filter before scope or pricing enter the conversation.
Current AS9100D & OASIS Visibility
A current AS9100D quality system and visibility in OASIS are the entry point before scope or pricing enter the conversation.
Certified Process Scope
The certified scope has to explicitly name turning, milling, fabrication, and assembly, with inspection discipline and material traceability underneath it.
CMMC Posture for CUI
CMMC Level 2 posture enters the conversation as soon as CUI touches the program, across production, prototyping, inspection, and assembly work.
Where Aerospace Sourcing Breaks Down
Aerospace sourcing in Utah breaks down at four predictable points, each tied to a verification gap buyers run into during qualification.
CMMC Level 2 Readiness
Suppliers handling CUI must align to NIST SP 800-171 controls, and DoD's CMMC Phase 1 window runs November 10, 2025 through November 9, 2026. Non-compliant systems lose access to defense-related opportunities.
Redundant Supplier Audits
Aerospace primes accept AS9100-series certifications as standardized proof, but non-certified or OASIS-invisible suppliers trigger full audit cycles per program. IAQG built the 9100 series to reduce that redundant audit work. Without it, your sourcing team absorbs that audit work.
ISO 9001 Isn't Aerospace Qualification
Aerospace buyers expect AS9100D plus OASIS visibility, traceability discipline, and documented process scope, not just an ISO badge. Shortlisting on generic ISO claims raises first-article risk and replacement cost mid-program.
How JD Machine Supports Aerospace Programs
JD Machine runs one AS9100D-certified scope spanning machining, fabrication, and assembly, configured for aerospace traceability and inspection requirements.
CNC Machining for Aerospace & Defense
4- and 5-axis CNC machining and dual-spindle CNC turning run aerospace materials — titanium, Inconel, high-temp alloys, and stainless — under PFMEA-driven Standard Work and ERP-based traceability aligned to CMMC Level 2 expectations.
Fabrication & Assembly, One Certificate
Sheet metal fabrication and in-house mechanical assembly fall inside the same AS9100D registration as machining, so buyers qualify one supplier instead of three and compress per-program audit cycles.
Assembly & Testing Verification
In-house assembly and testing runs on PFMEA-driven Standard Work Instructions with pressure tests, helium leak tests, and electrical conductivity verification — the inspection depth AS9100D auditors expect.
Vendor Managed Inventory
VMI and JIT pull replenishment manage component inventory, parts kitting, and supply chain scheduling for repeat production, supporting flowdown documentation and schedule discipline.
Why Aerospace Buyers Work With Us
In Ogden, Utah Since 1979
JD Machine has machined, fabricated, and assembled in Ogden, Utah since 1979 under a current AS9100D and ISO 9001:2015 certificate, with ITAR registration on file.
One Registration, Full Scope
The JDM Difference is a single AS9100D registration spanning machining, fabrication, and assembly, backed by PFMEA-driven Standard Work Instructions.
Deep Utah Aerospace Base
Utah's aerospace industry counts 944 establishments and 31,390 employees — in a market that deep, buyers separate suppliers by what they can prove, not what they claim.
Certifications and Recognition
JD Machine's current AS9100D and ISO 9001:2015 certificate, registered through Quality Systems Registrars, covers turning, milling, punching, bending, welding, and assembly at our Ogden site, supporting aerospace manufacturing across northern Utah and the Salt Lake Valley. We are ITAR registered and CMMC Level 2 aligned for defense-flowdown work.
Named recognitions include Boeing Silver Supplier and ATK Supplier of the Year, alongside membership in the Utah Manufacturers Association.
Capabilities Aerospace Programs Use
Machining, fabrication, and assembly — under one certificate, one quality system.
Precision CNC Machining
4- and 5-axis milling and dual-spindle turning for aerospace materials including titanium, Inconel, and high-temp alloys.
CNC MachiningAssembly & Testing
In-house mechanical assembly with PFMEA-driven Standard Work, pressure tests, helium leak tests, and electrical conductivity checks.
Assembly & TestingSheet Metal Fabrication
Precision punching, forming, and journey-level TIG welding under the same AS9100D registration as machining.
Sheet MetalFrom RFQ to Repeat Production
Submit Your RFQ With Aerospace Requirements
Send drawings, materials, tolerances, certification flowdowns, and CUI handling notes through our RFQ and expect a response within 24 hours.
Review Programming & First-Article Planning
Receive CAD/CAM programming with CNC simulation output and first-article inspection planning aligned to your AS9100 documentation expectations.
Approve Production Under Certified Scope
Approve production runs executed under our AS9100D-registered machining, fabrication, and assembly scope with PFMEA-driven Standard Work Instructions to ensure consistent quality across every order.
Receive Parts With Inspection & Traceability
Take delivery of finished components with the inspection records, material certifications, and traceability documentation aerospace programs require, delivered on time per your production schedule.
Qualify JD Machine for Your Next Aerospace Program
Send drawings, certifications, and flowdown requirements — get a quote or qualification review within 24 hours.
(801) 782-4394Aerospace Machining Questions From Buyers
What certifications should an aerospace machine shop in Utah have?
AS9100D and ISO 9001:2015, with ITAR registration and CMMC Level 2 alignment where defense work applies. Aerospace machine shops in Utah should hold a current AS9100D certificate alongside ISO 9001:2015, registered through an accredited body and visible in OASIS. ITAR registration matters for controlled work, and CMMC Level 2 alignment matters when handling CUI on DoD-flowdown programs. JD Machine holds AS9100D and ISO 9001:2015 at its Ogden site and specializes in aerospace tooling and precision machining for defense and commercial customers.
Are JD Machine's aerospace processes compliant with AS9100D and CMMC requirements?
JD Machine is AS9100D and ISO 9001:2015 certified at its Ogden site, with CMMC Level 2 alignment for defense-related work. The current certificate, registered through Quality Systems Registrars, covers turning, milling, punching, bending, welding, and assembly under one AS9100D and ISO 9001:2015 scope. For defense work involving CUI, JD Machine aligns to CMMC Level 2 controls under NIST SP 800-171, supporting DoD flowdown expectations during the active CMMC Phase 1 window.
Does JD Machine work with aerospace OEMs and defense suppliers?
Yes — JD Machine machines, fabricates, and assembles aerospace and defense components from its Ogden, Utah facility. JD Machine has supported aerospace and defense programs since 1979, with named recognitions including Boeing Silver Supplier and ATK Supplier of the Year. The certified scope covers production-quantity machining, sheet metal fabrication, and in-house assembly with PFMEA-driven Standard Work Instructions and the inspection documentation aerospace buyers require.
How is aerospace machining different from general precision machining?
Aerospace machining requires AS9100 quality systems, traceability, inspection discipline, and documented process scope beyond general ISO 9001. General precision machining typically operates under ISO 9001:2015 quality systems alone. Aerospace machining adds AS9100D requirements, OASIS visibility, first-article inspection protocols, material traceability, and Standard Work Instructions tied to customer specifications. For FAA-approved replacement articles, 14 CFR Part 21 Subpart K introduces PMA production-rule expectations on top of standard QMS controls.
Can one supplier handle machining, fabrication, and assembly under a single aerospace certificate?
Yes — JD Machine's AS9100D certificate scope covers turning, milling, punching, bending, welding, and assembly at one Ogden site. Buyers can qualify JD Machine once and receive integrated CNC machining, sheet metal fabrication, mechanical assembly, and functional testing under a single AS9100D and ISO 9001:2015 registration. This reduces audit cycles, simplifies documentation continuity, and removes handoff risk between separate machining and fabrication vendors.
Should aerospace buyers choose a specialist aerospace shop or a generalist with aerospace experience?
Specialists prove aerospace credentials directly; generalists must show current AS9100D and named aerospace program experience to compete. For aerospace production work, the deciding factor is not generalist versus specialist but whether the supplier holds current AS9100D, appears in OASIS, and can document aerospace-specific process scope and inspection. JD Machine operates across aerospace, defense, medical, energy, mining, and commercial industries while holding a current aerospace certificate covering machining, fabrication, and assembly.
What does it take to switch to a new aerospace machining supplier in Utah?
Expect AS9100 verification, OASIS check, scope review, first-article qualification, and documentation flowdown setup before production runs begin. Switching aerospace suppliers usually means verifying the new supplier's current AS9100D certificate, confirming OASIS visibility, reviewing certified process scope and materials capability, running first-article inspection on representative parts, and aligning documentation flowdowns. JD Machine's quote response within 24 hours and certified multi-process scope are designed to compress that transition time.
How does JD Machine onboard new aerospace customers?
JD Machine starts with an RFQ, then moves through CAD/CAM programming, first-article inspection planning, and approval into production under its AS9100D scope. Aerospace onboarding begins with a quote request, typically returned within 24 hours. Engineers develop CAD/CAM programs with CNC simulation, plan first-article inspection aligned to AS9100D expectations, and produce under PFMEA-driven Standard Work Instructions. Finished parts ship with inspection records and traceability documentation aerospace programs require.