Aerospace certified industrial metal 3D printing

Jul 8 – Oct 19, 2026Updated Oct 19, 2026Reviewed by

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Questions and answers

  • Google AI ModeOct 10, 2026

    1. 1Oerlikon AM
    2. 2Stratasys Direct
    3. 3FIT AG
    4. 4Proto Labs

    Several established industrial additive manufacturing (AM) service providers and bureaus specialize in metal 3D printing with full aerospace quality management certifications (such as AS9100, ISO 9001, and ITAR compliance).

    Top providers offering these certified industrial services include:

    • Oerlikon AM : Operates massive, vertically integrated production facilities (such as their campus in Huntersville, NC) equipped with dozens of industrial metal printers from EOS, Trumpf, and Concept Laser. They maintain AS9100, ISO 9001, and ITAR registrations alongside extensive in-house metallurgy and post-processing labs.
    • Stratasys Direct : Provides robust industrial additive manufacturing services, and while well-known for high-end polymer and composite flight parts (compliant with FAA/NASA regulations), they maintain comprehensive AS9100 and ITAR-registered quality systems for aerospace supply chains.
    • FIT AG : A prominent global metal additive manufacturer out of Germany with international facilities, specializing in serial production of high-performance components including complex aluminum, titanium, and Inconel aerospace flight hardware.
    • Protolabs : Offers digital on-demand manufacturing including Direct Metal Laser Sintering (DMLS) for rapid prototyping and low-volume production, backed by digital quality tracking and vetted manufacturing networks.

    If you'd like to narrow this down, please share:

    • What specific metal alloy (e.g., Titanium Ti-6Al-4V, Inconel 718, Aluminum AlSi10Mg) do you need?
    • Are you looking for rapid prototyping or full production serial runs?

    Sources cited in this answer2

    ChatGPTOct 10, 2026

    1. 1Oerlikon AM
    2. 2American Additive
    3. 3Stratasys Direct
    4. 4Proto Labs
    5. 5i3D MFG

    Several companies offer industrial metal 3D printing for aerospace applications, including suppliers with AS9100/AS9100D aerospace quality certification, metal laser powder-bed fusion (LPBF/DMLS), and production traceability.

    The important distinction is that a supplier being AS9100-certified does not automatically mean every metal alloy, printing process, or finished part is approved for flight. You should confirm the certification scope and the requirements for your particular component.

    Aerospace-certified metal 3D printing providers

    • Titanium Ti-6Al-4V – Aerospace Lightweight Alloy | Forge Labs

    1. Protolabs

    (Online quoting)

    Offers industrial DMLS metal printing for prototypes and production parts, with published AS9100D certification. Materials include titanium, Inconel, aluminum and stainless steel. Offers machining, heat treatment and inspection documentation.

    Website:

    • Oerlikon is expanding Additive Manufacturing capabilities | Oerlikon AM

    2. Oerlikon AM

    (Production-scale metal AM)

    Operates a large metal additive manufacturing facility in Huntersville, North Carolina, with 26 metal printers and integrated heat treatment, CNC machining, finishing and inspection. Lists AS9100, ISO 9001 and ITAR registration for its US component-production facility.

    Website:

    • Aerospace 3D Printing Services | Flight-Ready Parts in 24 Hours | Forge Labs

    3. American Additive Manufacturing

    Based in Horsham, Pennsylvania, this US contract manufacturer offers DMLS in aluminum, titanium and Inconel for aerospace, defense and industrial customers. Its website lists AS9100D certification, ISO 9001 and ITAR registration.

    Website:

    • Metal 3D printer - M 290 1kW - EOS GmbH Electro Optical Systems - DMLS / high-speed / for the aerospace industry

    4. i3D Manufacturing

    Specializes in industrial DMLS metal printing, with aerospace and defense applications. Its website reports AS9100D certification, ITAR registration and a fleet of 30 EOS DMLS machines. It has joined the BTX Precision family, so confirm the current contracting entity and facility scope when requesting a quote.

    Website:

    • Aerospace 3D Printing Service | Stratasys Direct

    5. Stratasys Direct

    A broad industrial manufacturing service provider with aerospace quality systems, AS9100 and ISO 9001 certification, ITAR registration, and first-article inspection capabilities. Its aerospace page emphasizes qualified materials and processes; confirm which metal-printing process and metal-part certification package are available for your job.

    Website:

    What to verify before selecting a supplier

    For aerospace metal components, ask each supplier to confirm these requirements in writing:

    • Quality certification: Current AS9100D certificate, including the specific facility and activities covered.
    • Metal process: LPBF/DMLS/SLM capability for your required alloy, rather than polymer printing or metal-filled composite printing.
    • Material and process qualification: Applicable material specifications, qualified machine/process parameters, powder controls and traceability.
    • Inspection and finishing: Heat treatment or HIP, CNC machining, dimensional inspection, and an AS9102 first-article inspection report if required.
    • Part-level approval: Whether the supplier can meet your OEM, FAA, defense-contract or other applicable approval requirements. AS9100 alone is not a flight-part approval.

    Find the right match for your project

    If you share a few details, I can narrow this list to suppliers that fit your actual requirements.

    Preferred supplier location

    Northeast US (New York, New England, nearby states)

    Anywhere in the United States

    Worldwide

    Required metal

    Titanium (Ti-6Al-4V)

    Inconel 718 / nickel superalloy

    Aluminum alloy

    Stainless steel

    Other / multiple alloys

    Production quantity

    Prototype or small batch

    Recurring production

    High-volume production

    Required certification level

    AS9100D quality system

    AS9100D plus relevant NADCAP accreditation

    Specific OEM approval or flight-part qualification

    [Find matching suppliers]

    Sources cited in this answer10

  • Google AI ModeOct 19, 2026

    1. 1Stratasys Direct
    2. 2GE Aerospace
    3. 3Lockheed Martin
    4. 4Proto Labs

    Here is a curated list of prominent industrial metal 3D printing providers and contract manufacturers that maintain quality management systems and aerospace-specific certifications (such as AS9100D, ISO 9001, ITAR registration, and Nadcap accreditation for special processes).

    • Protolabs — Offers direct metal laser sintering (DMLS) for functional end-use metal components . Their manufacturing facilities operate under stringent quality standards aligned with Protolabs 3D Printing for Aerospace requirements.
    • Stratasys Direct — Provides comprehensive on-demand contract manufacturing utilizing industrial-grade metal and polymer additive systems. Their facilities maintain Stratasys Direct Certifications & Compliance including AS9100, ISO 9001, ISO 13485, and ITAR registration with full material traceability.
    • GE Aerospace — A pioneer and tier-one producer leveraging massive in-house metal additive capabilities for flight-ready jet engine components and complex lightweight aerospace assemblies under strict GE Aerospace Additive Manufacturing quality protocols.
    • Lockheed Martin — Utilizes internal and externally validated AS9100D-certified additive manufacturing infrastructure geared heavily toward high-performance defense and aerospace applications.

    Note: For regulated flight hardware, always verify active certification scopes via the IAQG OASIS Database and confirm specific Nadcap accreditations for fusion welding, heat treating, or non-destructive testing (NDT) directly with the supplier's quality team.

    If you'd like to narrow this down, please let me know:

    • What specific metal alloy (e.g., Inconel, Titanium, Aluminum) you need to print
    • Whether you require Nadcap accreditation in addition to AS9100
    • Your expected production volume (prototyping vs. series production)

    Sources cited in this answer5

    ChatGPTOct 19, 2026

    1. 1Sintavia
    2. 2i3D MFG
    3. 3American Additive
    4. 4AMEXCI
    5. 5Wipro 3D
    6. 6Cumberland Additive
    7. 7Additive Manufacturing & Engineering
    8. 8ADDMAN Group
    9. 9Proto Labs

    Aerospace-certified industrial metal 3D printing providers

    For aerospace-grade metal additive manufacturing, I would start with providers that publicly document AS9100D / EN 9100 aerospace quality certification, with additional consideration for Nadcap accreditation, material traceability, and qualified metal-printing processes.

    One important distinction: a provider holding AS9100D does not automatically mean every metal 3D-printing process, material, facility, or part it supplies is aerospace-qualified. The certification scope and your part's requirements need to match.

    1. Recommended provider shortlist

    The following companies publicly document relevant aerospace quality credentials and metal additive manufacturing capabilities.

    • Sintavia moves toward volume metal Additive Manufacturing

    1. Sintavia

    (Specialist aerospace AM)

    United States · Florida

    • Certifications: AS9100/9110, Nadcap, ISO/IEC 17025; ITAR registered.
    • Metal AM: Aerospace-focused production, including complex thermal-management and propulsion components.
    • Best fit: Flight-critical hardware, propulsion, and demanding aerospace or defense programs.

    Official certifications ·

    • DMP Flex 350 | 3D Systems

    2. i3D MFG

    United States

    • Certifications: AS9100D and ITAR registration, according to its published certification information.
    • Metal AM: Direct Metal Laser Sintering (DMLS), with industrial-scale capacity.
    • Best fit: Precision metal parts for aerospace, defense, and industrial applications.

    Official certifications ·

    • Aerospace Contract Manufacturer | American Additive

    3. American Additive Manufacturing

    Horsham, Pennsylvania, USA

    • Certifications: AS9100D and ISO 9001; ITAR registered.
    • Metal AM: EOS DMLS and SLM metal-printing systems; aluminum, titanium, and nickel alloys are among its capabilities.
    • Best fit: U.S.-based aerospace contract manufacturing, from prototypes to production.

    Metal DMLS services ·

    • Nikon SLM Solutions NXG XII 600 AMEXCI:lle Pohjoismaiden ensimmäinen 12-laserin Nikon SLM Solutions NXG XII 600 - Vossi Group Oy

    4. AMEXCI

    Sweden and Finland

    • Certifications: AS9100D, ISO 14001, and IATF 16949; also operates an ISO/IEC 17025-accredited materials laboratory.
    • Metal AM: Laser powder bed fusion (LPBF), including titanium, aluminum, stainless steel, and nickel alloys.
    • Best fit: Qualified repeat production, engineering support, and serial manufacturing in Europe.

    Official website and capabilities amexci.com

    • STFE Starting Nozzle Case Study | Wipro 3D

    5. Wipro 3D

    India

    • Certifications and accreditations: AS9100, ISO 9001, ISO 27001, and Nadcap accreditation; the company also reports API 20S compliance.
    • Metal AM: Metal printing, engineering, testing, post-processing, and production support.
    • Best fit: Aerospace, space, defense, and industrial programs needing broader manufacturing and qualification support.

    Official certifications ·

    • #neighborhood91 | Liza Lepczyk

    6. Cumberland Additive

    Pittsburgh, Pennsylvania and Austin, Texas, USA

    • Certifications: AS9100D and ITAR.
    • Metal AM: Laser and electron-beam powder bed fusion, plus CNC machining.
    • Best fit: Aerospace, space, defense, and development-to-production programs.

    Official website cai-3d.com

    • Safran inaugurates the Safran Additive Manufacturing Campus, a new center of excellence | Safran

    7. ADDMAN

    United States · Multiple facilities

    • Certifications: AS9100D, ISO 9001, and other quality credentials; Nadcap credentials are also reported within its group.
    • Metal AM: Metal additive manufacturing, with materials including titanium, aluminum, Inconel 718, and other specialized alloys.
    • Best fit: Complex aerospace and space hardware, including propulsion components.

    Quality certifications ·

    • Protolabs launches production ready metal 3D printing service - 3D Printing Industry

    8. Protolabs

    United States · International operations

    • Certifications: AS9100D, ISO 9001, and ISO 13485 are listed for its aerospace printing services.
    • Metal AM: DMLS, alongside polymer printing technologies.
    • Best fit: Rapid-turnaround aerospace prototypes and metal end-use parts.

    Aerospace 3D printing services www.protolabs.com

    • NASA AM project supports space industry’s rocket makers - Machinery Market News

    9. Additive Manufacturing & Engineering (AME)

    Huntsville, Alabama, USA

    • Certifications: AS9100D and ISO 9001 are indicated on its published materials.
    • Metal AM: Laser powder bed fusion, large-build metal printing, and metallurgy analysis.
    • Best fit: Spaceflight, propulsion, and specialized metal components.

    Official website addmaneng.com

    2. Which providers should you prioritize?

    Your requirementSuggested starting points
    Aerospace-specialist productionSintavia, AMEXCI
    U.S. aerospace and defense supplieri3D MFG, American Additive
    Metal AM with Nadcap credentials to investigateSintavia, Wipro 3D, ADDMAN
    Electron-beam or laser powder bed fusionCumberland Additive, AME
    Rapid-turnaround metal printingProtolabs
    Broad manufacturing and post-processingADDMAN, American Additive

    These are starting points based on published capabilities, not a ranking of overall quality or proof that every facility has the exact approval your program requires.

    3. What to verify before qualifying a supplier

    For an aerospace procurement shortlist, I recommend requesting the following from each candidate:

    • Current AS9100D / EN 9100 certificate: Confirm the legal entity, manufacturing address, validity dates, and scope.
    • Metal AM process approval: Identify the specific LPBF, DMLS, electron-beam, or directed-energy-deposition process and machine platform.
    • Nadcap scope, if required: Verify that the actual facility and relevant special process are covered.
    • Material and build qualification: Confirm the alloy, powder specification, machine parameters, heat treatment, and mechanical-property requirements.
    • Inspection and traceability: Ask about build records, powder-lot traceability, CT or NDT inspection, witness coupons, and material test reports.
    • Customer and part-level approvals: Determine whether the aerospace OEM requires an approved supplier listing, process-specific qualification, or first-article inspection.

    AS9100D is a quality-management certification; it is not, by itself, a blanket approval to manufacture flight-critical metal AM parts.

    4. I can narrow this to a more useful procurement list

    To make the next list actionable, which geographic scope should I use?

    Geographic scope

    United States only

    United States, Canada, and Mexico

    Worldwide

    Europe

    Metal printing process

    Laser powder bed fusion (LPBF / DMLS / SLM)

    Electron-beam powder bed fusion (EB-PBF / EBM)

    Directed energy deposition (DED / LMD / WAAM)

    Any industrial metal AM process

    Certification requirement

    AS9100D / EN 9100 minimum

    AS9100 plus relevant Nadcap accreditation

    OEM-approved or process-qualified suppliers only

    Intended application

    Flight hardware

    Rocket engines and propulsion

    Satellites and space hardware

    Aerospace tooling and fixtures

    R&D and prototype components

    [Build targeted supplier shortlist]

    Sources cited in this answer28

Also asked as

  • Can you find companies that perform industrial 3D printing on metal parts and are aerospace certified?