--- title: "AS9102 First Article Inspection Checklist | Olympus" description: "Step-by-step AS9102 Rev C First Article Inspection checklist from a working ITAR-cleared CNC shop in Hanover, PA. 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Form 1, 2, 3, rejection reasons, and shop-floor workflow.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist", "datePublished": "2026-05-12T14:00:00+00:00", "dateModified": "2026-07-31T13:00:43.11475+00:00", "mainEntityOfPage": { "@type": "WebPage", "@id": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist" }, "author": { "@type": "Organization", "@id": "https://www.olympusmachining.com/#organization", "name": "Olympus Machining", "url": "https://www.olympusmachining.com" }, "publisher": { "@type": "Organization", "@id": "https://www.olympusmachining.com/#organization", "name": "Olympus Machining", "url": "https://www.olympusmachining.com", "logo": { "@type": "ImageObject", "url": "https://www.olympusmachining.com/images/olympus-logo.png", "width": 300, "height": 100 } }, "isPartOf": { "@id": "https://www.olympusmachining.com/#website" }, "inLanguage": "en-US", "image": { "@type": "ImageObject", "url": "https://www.olympusmachining.com/images/as9102-fai-checklist-cmm-inspection-hanover-pa.jpg" }, "keywords": "AS9102, FAI, Quality, Aerospace, Defense" }, { "@context": "https://schema.org", "@type": "HowTo", "name": "How to Complete an AS9102 First Article Inspection", "description": "Step-by-step AS9102 Rev C First Article Inspection checklist from a working ITAR-cleared CNC shop in Hanover, PA. Form 1, 2, 3, rejection reasons, and shop-floor workflow.", "totalTime": "PT4H", "tool": [ { "@type": "HowToTool", "name": "Haas HMM 430 CMM with Renishaw probing" }, { "@type": "HowToTool", "name": "Mitutoyo 24-inch digital height gauge" }, { "@type": "HowToTool", "name": "0-6 inch outside and bore micrometers" }, { "@type": "HowToTool", "name": "6-inch and 12-inch digital calipers" }, { "@type": "HowToTool", "name": "Go/no-go thread ring and plug gauges" }, { "@type": "HowToTool", "name": "Surface roughness comparator and profilometer" } ], "step": [ { "@type": "HowToStep", "position": 1, "name": "Pre-inspection checklist", "text": "Before a single feature is measured, gather the released drawing at the rev called out on the customer PO, the marked-up balloon map identifying every characteristic, the raw material certificate with heat/lot traceability, special-process certs, calibration certs, and the manufacturing process record at the inspection bench. Missing any of them stalls the FAI.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist#pre-inspection-checklist" }, { "@type": "HowToStep", "position": 2, "name": "Complete Form 1 — Part Number Accountability", "text": "Form 1 establishes which part this FAI is for and links every other document in the package to it. Verify part number and rev against the released drawing and PO, assign serial and FAI report numbers, capture customer information including CAGE 9V9P0, state the reason for FAI, and sign and date as the QA representative.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist#form-1-part-number-accountability" }, { "@type": "HowToStep", "position": 3, "name": "Complete Form 2 — Product Accountability", "text": "Form 2 proves the materials and processes the part went through are what the print requires. Attach raw material certs with heat/lot traceability, heat-treat certs, surface finish or coating certs, and the sub-tier supplier cert chain so the FAI can be audited end-to-end. This is where rejected FAIs most often originate.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist#form-2-product-accountability" }, { "@type": "HowToStep", "position": 4, "name": "Complete Form 3 — Characteristic Accountability", "text": "Form 3 accounts for every dimension, GD&T callout, note, and finish on the drawing. Mark every characteristic on a PDF of the drawing with a numbered balloon, then record balloon number, drawing zone, characteristic description, requirement, measurement method, actual reading, accept/reject, and inspector initials for each row.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist#form-3-characteristic-accountability" }, { "@type": "HowToStep", "position": 5, "name": "Review and approve", "text": "QA reviews the completed Form 1, Form 2, and Form 3 against the balloon map, raw material and special-process certs, and CMM reports. Once every characteristic is accepted and every cert is filed, the QA representative signs and dates the package and the part is released for delivery with the FAI report attached.", "url": "https://www.olympusmachining.com/blog/as9102-first-article-inspection-checklist#review-and-approve" } ] }, { "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [ { "@type": "Question", "name": "What's the difference between AS9102 Rev B and Rev C?", "acceptedAnswer": { "@type": "Answer", "text": "Rev C (released 2014) added clearer guidance on partial FAIs (PFAIs), tightened the linkage between Form 3 and balloon drawings, and updated traceability requirements for sub-tier suppliers. The fundamental Form 1 / Form 2 / Form 3 structure is unchanged, but Rev C explicitly requires that every characteristic on the print is accounted for on Form 3 and that any 'not applicable' characteristic is justified." } }, { "@type": "Question", "name": "When do I need a partial FAI versus a full FAI?", "acceptedAnswer": { "@type": "Answer", "text": "A full FAI is required for the first production article of a new part, after a process or location change, or after a 2-year production gap. A partial FAI (PFAI) is used when only a subset of characteristics is affected — for example, a drawing revision that changes three dimensions, a new sub-tier supplier for one raw material, or a tooling change that affects one feature. The PFAI documents only the impacted characteristics and references the original FAI." } }, { "@type": "Question", "name": "Who can perform an AS9102 First Article Inspection?", "acceptedAnswer": { "@type": "Answer", "text": "AS9102 doesn't require third-party certification — the supplier performs the FAI internally. What it does require is that the QA representative signing the Forms is competent, the measurement equipment is calibrated and traceable, and the records are auditable. Most aerospace and defense customers will additionally audit the supplier's quality system (often via AS9100 or a customer source-inspection visit) before accepting FAIs." } }, { "@type": "Question", "name": "How long does an AS9102 FAI typically take?", "acceptedAnswer": { "@type": "Answer", "text": "For a typical CNC machined defense bracket with 30–60 characteristics, Olympus turns a complete AS9102 FAI in about 5 business days from receipt of the first article. Highly complex parts with 200+ characteristics or extensive GD&T can take longer. The bottleneck is usually CMM time and the sub-tier cert chain, not the paperwork itself." } }, { "@type": "Question", "name": "Does Olympus charge extra for AS9102 FAI documentation?", "acceptedAnswer": { "@type": "Answer", "text": "AS9102 FAI documentation is quoted as a separate line item on the purchase order. The cost depends on characteristic count, CMM time, and the complexity of the cert chain. We provide a fixed FAI quote alongside the part quote so buyers know the all-in cost up front. Re-FAIs after a customer-driven drawing change are quoted as PFAIs at a reduced rate." } } ] } ] } ] --- [Home](/) [CNC Milling](/cnc-milling) [CNC Turning](/cnc-turning) [Quality Assurance](/quality-assurance) [CNC Machining Capabilities](/capabilities) [CNC Machining Services](/cnc-machining) [Quality Program](/quality) [Contact Olympus Machining](/contact) [Prototype to Production](/prototype-to-production) [Industries Served](/industries-served) [Materials Machined](/materials-machined) [Robotics & Automation Machining](/robotics-automation-machining) [Precision CNC Machining](/precision-cnc-machining) [Compliance & Cybersecurity](/compliance) [Privacy Policy](/privacy-policy) [Blog](/blog) [Sitemap](/sitemap) [Pennsylvania CNC Machining](/areas-served/pennsylvania-cnc-machining) [Maryland CNC Machining](/areas-served/maryland-cnc-machining) [Virginia CNC Machining](/areas-served/virginia-cnc-machining) [Delaware CNC Machining](/areas-served/delaware-cnc-machining) [New Jersey CNC Machining](/areas-served/new-jersey-cnc-machining) [New York CNC Machining](/areas-served/new-york-cnc-machining) [Ohio CNC Machining](/areas-served/ohio-cnc-machining) [West Virginia CNC Machining](/areas-served/west-virginia-cnc-machining) [Washington DC CNC Machining](/areas-served/washington-dc-cnc-machining) [North Carolina CNC Machining](/areas-served/north-carolina-cnc-machining) [Aerospace Machining Tolerances Explained](/blog/aerospace-machining-tolerances-explained) [Titanium CNC Machining for Aerospace](/blog/titanium-cnc-machining-aerospace) [Aerospace CNC Machine Shop Near DC/MD](/blog/aerospace-cnc-machine-shop-near-washington-dc-maryland) [Cutting-Edge CNC Shop for Aerospace](/blog/cutting-edge-cnc-machine-shop-aerospace-industry) [Best CNC Machine Shop in Hanover, PA](/blog/best-cnc-machine-shop-hanover-pa) [QMS: Precision, Traceability, Process Control](/blog/quality-management-system-qms-precision-traceability-process-control) [Vet a CNC Shop in Pennsylvania](/blog/vet-cnc-machine-shop-pennsylvania-aerospace-defense-robotics) [CNC Shops in Rural America: Hanover, PA](/blog/cnc-machine-shop-rural-america-hanover-pa) [Aerospace CNC Machining in Pennsylvania](/blog/aerospace-cnc-machining-pennsylvania) [CNC Prototyping in PA](/blog/cnc-prototyping-pa) [CNC Machining in Pennsylvania](/blog/cnc-machining-pennsylvania) [Choosing CNC Machining Vendors](/blog/choosing-machining-vendors-cnc-machining-shop) [CNC Machining for Robotics — Guide](/blog/cnc-machining-for-robotics-automation-guide) [CNC Machining Parts for Robotics](/blog/cnc-machining-for-robotics-automation) [Prototype-to-Production CNC Machining](/blog/prototype-to-production-cnc-machining) [How OEMs Evaluate CNC Machine Shops](/blog/how-oems-evaluate-cnc-machine-shops) [CMM Inspection at Olympus Machining](/blog/cmm-inspection-enhances-quality-and-repeatability-at-olympus-machining) [ITAR & CMMC Level 1 in Precision CNC Machining](/blog/itar-cmmc-level-1-precision-cnc-machining) [Precision CNC Machining in Hanover, PA](/blog/precision-cnc-machining-hanover-pa) [AS9102 First Article Inspection Checklist](/blog/as9102-first-article-inspection-checklist) [AS9102 First Article Inspection](/as9102-first-article-inspection) [AS9102 FAI vs PFAI](/as9102-fai-vs-pfai) [AS9102 Balloon Drawings](/as9102-balloon-drawings) [CMM Inspection Services](/cmm-inspection-services) [Medical-Grade Alloys](/materials/medical-grade-alloys) [CMMC Level 1 Compliance](/compliance/cmmc-level-1) [Olympus vs Xometry](/comparison/olympus-vs-xometry) [Olympus vs Protolabs](/comparison/olympus-vs-protolabs) [Direct Shop vs Marketplace](/comparison/direct-shop-vs-marketplace) [Aerospace & Defense Machining](/industries/aerospace-defense) [Medical Device Machining](/industries/medical-devices) [Firearms & Suppressor Machining](/industries/firearms-suppressors) [Energy & Oil/Gas Machining](/industries/energy-oil-gas) [Philadelphia CNC Machining](/areas-served/philadelphia-cnc-machining) [Pittsburgh CNC Machining](/areas-served/pittsburgh-cnc-machining) [Baltimore CNC Machining](/areas-served/baltimore-cnc-machining) [Titanium CNC Machining](/materials/titanium-cnc-machining) [PEEK CNC Machining](/materials/peek-cnc-machining) [Inconel CNC Machining Guide](/materials/inconel-cnc-machining-guide) ![Olympus Machining LLC logo — precision CNC machining shop in Hanover, Pennsylvania](/assets/olympus-logo-DbWcTX06.webp) HomeAboutServices[Blog](/blog)Contact[Careers](/careers)[(717) 634-5094 ](tel:+17176345094)[Login](/auth)Get Quote [Back to Blog](/blog) ![AS9102 First Article Inspection Checklist | Olympus — precision CNC machining article by Olympus Machining, Hanover PA](/images/as9102-fai-checklist-cmm-inspection-hanover-pa.jpg) # The Complete AS9102 First Article Inspection Checklist for CNC Machined Parts (Free PDF Download) May 12, 2026 AS9102 FAI Quality Aerospace Defense Aerospace & Defense Quality • AS9102 • First Article Inspection ## The Complete AS9102 First Article Inspection Checklist for CNC Machined Parts (Free PDF Download) A working AS9102 Rev C First Article Inspection checklist from an ITAR-registered CNC shop in Hanover, PA — covering Form 1, Form 2, Form 3, the tools we actually use on the floor, the top 10 reasons FAIs get rejected, and the workflow we run on a defense bracket end-to-end. **Hanover, PA** — Olympus Machining LLC · ITAR registered · CAGE 9V9P0 · CMMC Level 1. ### At a Glance - AS9102 Rev C requires three forms — Part Number, Product, and Characteristic Accountability — for every first article - A working FAI package includes balloon map, material certs, special-process certs, calibration certs, and CMM reports - Form 2 (raw-material and special-process traceability) is where most FAIs get rejected - Olympus runs FAIs on a Haas HMM 430 CMM with NIST-traceable gauges; standard turnaround is 5 business days - Free Olympus-branded blank AS9102 Form 1 / 2 / 3 PDF templates — direct download links in the section below ## What AS9102 actually is — and why a working shop's checklist beats a generic QA template AS9102 is the SAE aerospace standard that defines how a supplier proves the first production article of a part conforms to the released drawing. It is required by virtually every aerospace prime, every major defense program, and most medical OEMs that follow AS9100 supply-chain practices. The standard itself is short — a few pages and three forms — but the documentation it requires is what trips suppliers up. A generic QA template will tell you to "fill out Form 3." A working CNC shop's checklist will tell you which calipers to grab, which CMM routine to load, which heat-lot number to chase down with your steel distributor, and which three line items on Form 2 cause 80% of buyer rejections. This post is the latter. Related reading: [AS9102 First Article Inspection overview](/as9102-first-article-inspection) · [Full FAI vs Partial FAI](/as9102-fai-vs-pfai) · [Balloon drawings for Form 3](/as9102-balloon-drawings) · [CMM inspection services](/cmm-inspection-services). ## Pre-inspection checklist Before a single feature is measured, gather these items at the inspection bench. Missing any of them stalls the FAI. - Released drawing at the rev called out on the customer PO - Marked-up balloon map identifying every characteristic - Raw material certificate with heat/lot traceability tied to the bar stock pulled - Special process certificates: heat treat, plating, anodize, passivate, coatings - Sub-tier supplier traceability for each special process and raw material - Fixturing plan and the actual fixtures used in production - Calibration certificates for every measurement tool (CMM, height gauge, micrometers, calipers, thread gauges, surface roughness comparator) - Manufacturing Process Record (MPR) or routing sheet showing the operations the part actually went through ## Form 1 — Part Number Accountability Form 1 establishes which part this FAI is for and links every other document in the package to it. Each field below is a checkpoint. - **Part number & rev:** verify against the released drawing and the PO; mismatches here invalidate the entire FAI - **Serial number:** assign per shop traceability convention; record on the part if marking is allowed - **Drawing number & rev:** exactly as printed in the title block, including any dash numbers - **Baseline drawing number:** the parent assembly or top-level number when applicable - **FAI report number:** Olympus uses an internal sequential FAI-YYYY-NNNN format - **Manufacturing Process Record reference:** the routing sheet or MPR document number - **Customer information:** name, contract number, PO number, supplier code (CAGE 9V9P0 for Olympus) - **Reason for FAI:** first production, drawing change, process change, or 2-year lapse - **Signature & date:** QA representative — name printed, signed, dated ## Form 2 — Product Accountability Form 2 proves the materials and processes the part went through are what the print requires. It is where rejected FAIs most often originate. - **Raw material lot tracing:** the heat/lot number on the cert must match the bar stock used. Olympus traces Alro Steel material lots from receiving, through the saw, to the machine. The cert is attached to Form 2 with the heat/lot circled - **Heat-treat certificate:** if the part is hardened or stress-relieved, the sub-tier heat-treat house's cert is filed with the part number, rev, and Rockwell or tensile result called out on the print - **Surface finish / coating cert:** for plated, anodized, or coated parts. Olympus uses NovaKote for finishing — the cert references our PO number and the spec on the print (e.g., MIL-A-8625F Type II Class 2) - **Sub-tier supplier cert chain:** when a sub-tier process touches the part, that vendor's quality system credentials (their AS9100 cert or NADCAP scope) are attached so the FAI can be audited end-to-end ## Form 3 — Characteristic Accountability Form 3 is where every dimension, every GD&T callout, every note, and every finish on the drawing is accounted for. The discipline is brutal but the payoff is a defensible record. Olympus runs Form 3 in a balloon-to-actual workflow: 1. Mark every characteristic on a PDF of the drawing with a numbered balloon 2. Each balloon becomes one row of Form 3 with: balloon #, drawing zone, characteristic description, requirement (nominal + tolerance), measurement method, actual reading, accept/reject, and inspector initials **Linear and angular dimensions** are inspected with calipers, micrometers, or height gauges depending on tolerance class. Anything tighter than ±0.0005″ goes on the CMM by default. **GD&T callouts** — true position, perpendicularity, flatness, runout, profile-of-surface, concentricity — run on the Haas HMM 430 CMM. Each CMM probing routine is named for the part and rev so it can be re-run identically on the next production lot. **Surface finish** is verified with a calibrated comparator block at the called-out value (32 Ra, 63 Ra, etc.). **Threads** are checked with go/no-go gauges of the correct class. **Notes** on the drawing — material spec, finish spec, marking requirements — each become their own Form 3 row. Worked example: a balloon-12 callout of "0.250 ±0.001 THRU" maps to Form 3 row 12, "Ø 0.250 thru-hole, hole position via CMM," requirement 0.249 / 0.251, actual 0.2503, accept, inspector EJS. The CMM report PDF is attached to the package and the row references the CMM run number. ## Tools and equipment used Olympus runs FAIs on a fixed inventory of calibrated tools so every FAI is reproducible. - **CMM:** Haas HMM 430 with Renishaw probing — used for all GD&T and any feature with tolerance ≤ ±0.0005″ - **Height gauge:** calibrated Mitutoyo 24″ digital height gauge for stack-up dimensions on a granite plate - **Micrometers:** 0–6″ outside mics and bore mics, calibrated annually against gauge blocks - **Calipers:** 6″ and 12″ digital calipers for general dimensional inspection - **Thread gauges:** go/no-go ring and plug gauges across UNC, UNF, and metric pitches - **Surface roughness comparator:** calibrated comparator block; profilometer used when called out specifically Every tool has a current calibration cert from a NIST-traceable lab. Gage R&R is reviewed annually and tools are pulled from service if they drift out of tolerance. ## Top 10 common FAI rejection reasons 1. **Missing balloon on the drawing.** Cause: rushed mark-up. Prevention: peer-review the balloon map before measurement 2. **Missing material cert.** Cause: distributor never sent it. Prevention: require cert at receiving; do not release stock without it 3. **Illegible signature on Form 1.** Cause: handwritten only. Prevention: print the inspector's name AND sign 4. **Wrong drawing revision.** Cause: an old PDF on the floor. Prevention: pull the rev directly from the customer portal at FAI start 5. **Unmeasured GD&T callout.** Cause: characteristic not balloned. Prevention: every callout — including notes — gets a balloon 6. **Surface finish not verified.** Cause: assumed "as-machined" is acceptable. Prevention: comparator-check every called-out finish 7. **Wrong inspection tool used.** Cause: caliper used on a ±0.0005″ feature. Prevention: tool-by-tolerance rule documented in the QA SOP 8. **Sub-tier process cert missing.** Cause: heat-treat or plating cert not pulled. Prevention: open a cert chase ticket the day the part ships to the sub-tier 9. **Form 3 actuals rounded to nominal.** Cause: lazy data entry. Prevention: record actuals verbatim from the gauge readout 10. **Calibration cert expired.** Cause: tool overdue. Prevention: monthly calibration audit; expired tools tagged out of service ## Olympus FAI workflow — defense bracket case study Here is how a typical defense bracket moves through Olympus's FAI workflow, anonymized. 1. **Day 1 — receive drawing.** Customer releases drawing rev D for a defense bracket. PO references Olympus's CAGE 9V9P0 and notes the part is ITAR-controlled. The drawing goes into the ITAR-controlled folder; only U.S. persons access it 2. **Day 1 — balloon map.** A second QA tech balloons every characteristic; the map is peer-reviewed 3. **Day 2 — first article machined.** The first article comes off the Haas mill and goes straight to the inspection bench 4. **Day 3 — inspection.** Linear dims with calipers and mics; GD&T on the Haas HMM 430 CMM; surface finish via comparator; threads via go/no-go 5. **Day 4 — cert chase & package compile.** Material cert from Alro Steel is matched to the heat/lot. NovaKote finishing cert is pulled and tied to the PO. Forms 1, 2, 3, balloon map, all certs, and CMM report are merged into a single FAI PDF 6. **Day 5 — QA release.** QA signs Form 1, the package ships with the part, and a copy is filed in the part's quality folder for the life of the program Standard turnaround on an Olympus AS9102 FAI is 5 business days from receipt of the first article. Re-FAIs after a customer-driven rev change run 2–3 business days. ### Free Download — Blank AS9102 Rev C Form 1 / 2 / 3 PDFs Blank AS9102 Rev C templates branded with Olympus Machining letterhead. Click any form below to download the PDF — no email required. - [**Download Form 1 — Part Number Accountability (PDF)**](https://raw.githubusercontent.com/jason1689/olympus-downloads/main/as9102-forms/OLY-AS9102-FORM-1_Rev1.pdf) - [**Download Form 2 — Product Accountability (PDF)**](https://raw.githubusercontent.com/jason1689/olympus-downloads/main/as9102-forms/OLY-AS9102-FORM-2_Rev1.pdf) - [**Download Form 3 — Characteristic Accountability (PDF)**](https://raw.githubusercontent.com/jason1689/olympus-downloads/main/as9102-forms/OLY-AS9102-FORM-3_Rev1.pdf) Questions or need a fillable version? Email [sales@olympusmachining.com](mailto:sales@olympusmachining.com). ## Frequently asked questions ### What's the difference between AS9102 Rev B and Rev C? Rev C (released 2014) added clearer guidance on partial FAIs (PFAIs), tightened the linkage between Form 3 and balloon drawings, and updated traceability requirements for sub-tier suppliers. The fundamental Form 1 / Form 2 / Form 3 structure is unchanged, but Rev C explicitly requires that every characteristic on the print is accounted for on Form 3 and that any "not applicable" characteristic is justified. ### When do I need a partial FAI versus a full FAI? A full FAI is required for the first production article of a new part, after a process or location change, or after a 2-year production gap. A partial FAI (PFAI) is used when only a subset of characteristics is affected — for example, a drawing revision that changes three dimensions, a new sub-tier supplier for one raw material, or a tooling change that affects one feature. The PFAI documents only the impacted characteristics and references the original FAI. ### Who can perform an AS9102 First Article Inspection? AS9102 doesn't require third-party certification — the supplier performs the FAI internally. What it does require is that the QA representative signing the Forms is competent, the measurement equipment is calibrated and traceable, and the records are auditable. Most aerospace and defense customers will additionally audit the supplier's quality system (often via AS9100 or a customer source-inspection visit) before accepting FAIs. ### How long does an AS9102 FAI typically take? For a typical CNC machined defense bracket with 30–60 characteristics, Olympus turns a complete AS9102 FAI in about 5 business days from receipt of the first article. Highly complex parts with 200+ characteristics or extensive GD&T can take longer. The bottleneck is usually CMM time and the sub-tier cert chain, not the paperwork itself. ### Does Olympus charge extra for AS9102 FAI documentation? AS9102 FAI documentation is quoted as a separate line item on the purchase order. The cost depends on characteristic count, CMM time, and the complexity of the cert chain. We provide a fixed FAI quote alongside the part quote so buyers know the all-in cost up front. Re-FAIs after a customer-driven drawing change are quoted as PFAIs at a reduced rate. Explore our [AS9102 First Article Inspection](/as9102-first-article-inspection) capability, [CMM inspection services](/cmm-inspection-services), [balloon drawings for Form 3](/as9102-balloon-drawings), [Full FAI vs Partial FAI](/as9102-fai-vs-pfai), or our [quality assurance](/quality-assurance) overview. ## Contact Olympus Machining **Olympus Machining LLC** 639 Frederick St, Suite 1 Hanover, PA 17331 **Phone:** [(717) 634-5094](tel:+17176345094) **Website:** [www.olympusmachining.com](/) **Google Business Profile:** [View on Google](https://www.google.com/search?sca_esv=2f4ed381b998a4d8&kgmid=/g/11kr8nzb2c&q=Olympus+Machining+LLC) **Request a Quote:** [Submit a project](/#submission) ### About Olympus Machining Olympus Machining LLC is a [precision CNC machining](/precision-cnc-machining) shop located in Hanover, Pennsylvania. As a dedicated [CNC machining shop](/) and reliable machining vendor, we provide [CNC milling](/cnc-milling), [CNC turning](/cnc-turning), and [prototype-to-production](/prototype-to-production) services for OEMs and manufacturers nationwide. Olympus is ITAR registered (CAGE 9V9P0) and CMMC Level 1, with AS9102 First Article Inspection running on a Haas HMM 430 CMM. ## Related Articles [The 10 Most Common AS9102 FAI Rejection Reasons (and How to Prevent Them) ](/blog/as9102-fai-rejection-reasons)[AS9102 First Article Inspection for CMMC Level 1 Defense Subcontractors: A Field Guide ](/blog/as9102-fai-cmmc-level-1-defense-subcontractors)[CMM Inspection Capabilities & Reporting Standards: How Precision CNC Shops Prove 0.0005-Inch Tolerances ](/blog/cmm-inspection-capabilities-reporting-standards) ## Related Capabilities from Olympus Machining [ ### AS9102 First Article Inspection AS9102 Rev C FAI services with Forms 1, 2, and 3 documentation. ](/as9102-first-article-inspection)[ ### Full FAI vs Partial FAI (PFAI) When a PFAI is acceptable and when a Full FAI is required. ](/as9102-fai-vs-pfai)[ ### Balloon Drawings for AS9102 Form 3 Balloon drawing preparation for Form 3 characteristic accountability. ](/as9102-balloon-drawings)[ ### CMM Inspection Services Coordinate measuring machine verification with full reporting. ](/cmm-inspection-services) [ ### Submit Your Project for Review Contact Olympus Machining to discuss your CNC machining requirements. ](/#contact) [CNC Milling](/cnc-milling) [CNC Turning](/cnc-turning) [Quality Assurance](/quality-assurance) [Prototype to Production](/prototype-to-production) [Industries Served](/industries-served) [Materials Machined](/materials-machined) [Robotics & Automation Machining](/robotics-automation-machining) [Precision CNC Machining](/precision-cnc-machining) [Careers](/careers) [ITAR CNC Machining for Mid-Atlantic Aerospace OEMs](/itar-cnc-machining-mid-atlantic-aerospace) [CNC Tolerances & GD&T Guide](/resources/cnc-machining-tolerances-gdt-guide) [Reducing CNC Machining Costs](/resources/reducing-cnc-machining-costs) [6061 vs 7075 Aluminum](/materials/6061-vs-7075-aluminum) [Brass vs Bronze Machining](/materials/brass-vs-bronze-machining) [![Olympus Machining LLC logo — CNC machining shop Hanover, PA](/assets/olympus-logo-DbWcTX06.webp)](/) Olympus Machining LLC is a precision CNC machining shop in Hanover, Pennsylvania, providing CNC milling and turning services for OEMs and manufacturers nationwide. 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