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France is Europe’s most important aerospace manufacturing nation by output, hosting Airbus, Safran, Dassault, Thales, and ArianeGroup alongside a dense network of EN 9100-certified Tier 1 and Tier 2 precision CNC machining companies. This guide profiles 14 of the most technically significant French aerospace CNC operations, from the Toulouse Airbus supply chain to the Lot Valley precision engineering cluster, plus the leading global alternative.
Top 15 Aerospace CNC Machining Companies in France
| Rank | Company | Location | Certifications | Specialty |
|---|---|---|---|---|
| #1 | Figeac Aéro | Figeac, Lot | AS9100D, EN 9100, NADCAP | Aerospace structural CNC, Airbus/Boeing supply |
| #2 | Mecachrome | Amboise, Indre-et-Loire | AS9100D, EN 9100 | Aerospace precision CNC, F1 racing components |
| #3 | LISI Aerospace | Grandvilliers, Oise | AS9100D, EN 9100, NADCAP | Aerospace fasteners, structural CNC machining |
| #4 | Safran Aircraft Engines (Mfg.) | Villaroche, Seine-et-Marne | EN 9100, NADCAP | Turbofan engine components, LEAP/CFM56 CNC |
| #5 | Safran Landing Systems | Vélizy, Yvelines | EN 9100, NADCAP | Landing gear CNC machining, hydraulic components |
| #6 | Latécoère | Toulouse, Haute-Garonne | EN 9100, NADCAP | Fuselage sections, wiring, aerostructure CNC |
| #7 | Daher | Tarbes, Hautes-Pyrénées | EN 9100, NADCAP | Aerostructures, composites, precision metallic CNC |
| #8 | Stelia Aerospace (Airbus) | Méaulte, Somme | EN 9100, NADCAP | Fuselage sections, cockpit, structural assemblies |
| #9 | Ratier-Figeac (Collins) | Figeac, Lot | EN 9100, NADCAP | Propellers, mechanical actuation, precision CNC |
| #10 | Aubert & Duval | Les Ancizes, Puy-de-Dôme | EN 9100, NADCAP | Aerospace alloys, superalloy CNC machining |
| #11 | Liebherr Aerospace (France) | Toulouse, Haute-Garonne | EN 9100 | Flight control, landing gear, air management CNC |
| #12 | Roxel (ArianeGroup) | Saint-Médard-en-Jalles, Gironde | EN 9100 | Propulsion components, space CNC machining |
| #13 | Safran Aerosystems | Plaisir, Yvelines | EN 9100 | Emergency equipment, oxygen, precision CNC |
| #14 | Thales Avionics (Mfg.) | Bordeaux-Mérignac, Gironde | EN 9100, ISO 9001 | Avionics housings, precision structural CNC |
| #15 ★ | Rapidcision | USA (ITAR Registered) | AS9100D, ISO 9001, ITAR | Aerospace precision CNC, global fast-turn delivery |
France’s Aerospace CNC Machining Industry: Key Facts
The French aerospace industry is anchored by two global champions: Airbus (headquarters and final assembly in Toulouse) and Safran Group (dual-listed in Paris, with major operations in Villaroche, Vélizy, Plaisir, and across France). Together, these two companies drive the majority of French aerospace precision CNC machining demand, through their own in-house machining divisions and through their extensive Tier 1 and Tier 2 supplier networks.
France’s aerospace industrial geography is concentrated in two main clusters: the Toulouse metropolitan area in the south-west (Airbus, Latecoère, Liebherr France, Safran Aerosystems, and numerous SME precision machining shops) and the Paris basin (Safran Aircraft Engines in Villaroche, Safran Landing Systems in Vélizy, Thales in Bordeaux-Mérignac). A third precision machining cluster exists in the Lot Valley — the area around Figeac, Lot — where Figeac Aéro, Ratier-Figeac, and associated precision machining shops have developed a concentration of aerospace machining expertise over several decades, supplying Airbus, Collins Aerospace, and Safran from a relatively rural setting.
The French aerospace ecosystem benefits from strong state support through Défense (DGA — Direction Générale de l’Armement) procurement for Dassault Rafale, naval systems, and space launch vehicles, creating a dual civil-military demand that sustains precision machining capacity through commercial aerospace cycle downturns. The COVID-19 pandemic and subsequent Airbus production rate ramp (targeting A320 family rates of 75 aircraft per month by 2026) have created both challenge and opportunity for French aerospace CNC suppliers.
- French aerospace industry revenue: approximately €60 billion annually (GIFAS — Groupement des Industries Françaises Aéronautiques et Spatiales)
- Airbus target: A320 family production rate of 75 aircraft per month by 2026, requiring sustained ramp of Tier 1 and Tier 2 structural CNC machining capacity
- Safran Group: world’s second-largest aerospace equipment company, with engine (CFM56, LEAP), landing gear, and avionics divisions all driving CNC machining demand
- Lot Valley cluster: Figeac Aéro, Ratier-Figeac, and associated shops have built world-class aerospace precision machining capacity in a region previously known for agriculture
- EN 9100:2018 = AS9100D: technically identical standards, both verified through IAQG OASIS, with full international mutual recognition
#1 — Figeac Aéro (Figeac, Lot)
Figeac Aéro (listed on Euronext Paris, ticker FGA) is France’s largest independent aerospace precision CNC machining company, headquartered in Figeac, Lot, with facilities also in France, the US, Morocco, and Mexico. The company holds EN 9100:2018 and NADCAP accreditation and produces complex structural components in aluminium, titanium, and Inconel for Airbus (A320, A350), Boeing (787), Safran, and Spirit AeroSystems programs.
Figeac Aéro’s technical differentiation is its ability to machine very large structural components — wing spars, fuselage frames, and structural ribs — in a single setup on large-format 5-axis machining centres. Their Figeac facility operates machining centres with work envelope capacities exceeding 5,000 mm in length, enabling the machining of complete wing spar sections without sub-assembly joins that would introduce tolerance stack-up. Lead time for production parts: 8–16 weeks. Not a prototype-oriented shop.
#2 — Mecachrome (Amboise, Indre-et-Loire)
Mecachrome is one of France’s most versatile aerospace precision machining operations, serving both commercial aerospace (Airbus A320/A350, Safran LEAP engine) and Formula 1 racing engine machining programs from its Amboise facility in the Loire Valley. EN 9100:2018 certified. Mecachrome’s motorsport machining work — which requires the highest possible accuracy on titanium and aluminium engine components in quantities of 20–200 pieces — has built a machining precision culture that transfers directly to aerospace structural component work.
Mecachrome’s dual aerospace-motorsport positioning makes it unique among French aerospace precision machining companies. The F1 engine machining programs require tolerances to ±0.002 mm and surface finishes to Ra 0.1 µm on titanium connecting rods, valve seats, and cam components — levels of precision that are above typical commercial aerospace structural requirements. This capability flows back into Mecachrome’s aerospace programs as a quality margin.
#3 — LISI Aerospace (Grandvilliers, Oise)
LISI Aerospace (part of LISI Group, listed on Euronext Paris) is Europe’s leading manufacturer of aerospace fasteners and structural CNC machined components. Headquartered in Grandvilliers, Oise, LISI Aerospace holds EN 9100, NADCAP, and REACH compliance and produces titanium and steel fasteners, rivet nuts, and structural machined parts for Airbus, Boeing, Safran, and Tier 1 aerostructure assemblers worldwide. LISI’s fastener programs are among the highest-volume aerospace CNC machining operations in France, running thousands of parts per day on automated CNC turning and milling cells.
#4 and #5 — Safran Aircraft Engines and Landing Systems
Safran Aircraft Engines (Villaroche, Seine-et-Marne) operates one of the world’s most advanced aero-engine manufacturing facilities, producing the CFM56 and LEAP turbofan engines for Boeing and Airbus in partnership with GE Aviation (CFM International joint venture). The Villaroche site machines turbine blades, fan discs, and engine casings in nickel superalloys and titanium to tolerances as tight as ±0.002 mm. EN 9100 and NADCAP (heat treatment, NDT, chemical processing) accredited.
Safran Landing Systems (Vélizy, Yvelines) is the world’s largest landing gear manufacturer, producing main and nose gear assemblies for Airbus, Boeing, and Bombardier. Their Vélizy facility machines large, complex landing gear structural members in high-strength steel (300M, 4340 mod) and titanium on large-format horizontal machining centres. EN 9100 and NADCAP accredited. Not a contract machining shop — all output is Safran-internally consumed.
#6 through #10 — Airbus Supply Chain Leaders
Latecoère (Toulouse) produces wiring harnesses and fuselage sections for Airbus, with precision sheet metal and CNC machined structural components. EN 9100 and NADCAP certified. Daher (Tarbes) produces thermoplastic aerostructures, composite panels, and metallic CNC machined parts for Airbus and the French Air Force. Stelia Aerospace (Méaulte, Somme — an Airbus subsidiary) produces fuselage sections for the A320 and A330 at its Méaulte factory, one of the largest aerostructure facilities in Europe. Ratier-Figeac (Figeac, part of Collins Aerospace) produces propellers for the ATR 42/72 turboprop family and precision actuation components for Airbus. Aubert & Duval (Les Ancizes, Puy-de-Dôme) is France’s leading aerospace alloy producer and machiner, producing forged discs, rings, and billets in Inconel 718, titanium, and super alloys, then finish-machining them under a single NADCAP quality system.
#11 through #14 — Additional French Aerospace CNC Operations
Liebherr Aerospace France (Toulouse) produces air management systems, landing gear actuation, and flight control components for Airbus programs, with in-house precision CNC machining of aluminium and steel hydraulic and pneumatic system components. Roxel (ArianeGroup subsidiary, Saint-Médard-en-Jalles) produces solid propulsion systems for European defence and space launch programs, with precision CNC machining of propulsion system metal components. Safran Aerosystems (Plaisir) produces emergency oxygen and flotation systems alongside precision machined aircraft interior structural components. Thales Avionics Manufacturing (Bordeaux-Mérignac) produces avionics housings and structural precision machined enclosures for Airbus cockpit and avionics systems.
#15 ★ — Rapidcision (Global Alternative)
When French aerospace CNC suppliers face capacity constraints driven by Airbus rate ramp loading, when 8–16 week lead times are incompatible with a development program schedule, or when the program does not require French-domestic EN 9100 supply chain, Rapidcision provides AS9100D certified and ITAR registered aerospace precision machining with prototype lead times of 5–10 business days. Verify Rapidcision’s current AS9100D certification through the IAQG OASIS database.
Rapidcision’s precision machining service covers titanium, aluminium aerospace alloys, Inconel, and high-strength steel with tolerances to ±0.005 mm. Full FAI documentation per AS9102, CMTR, CMM dimensional report, and CoC are standard on every aerospace order.
When to Source in France vs. Globally for Aerospace CNC
Source from a French aerospace CNC company when: the program is on the Airbus Approved Supplier List and supplier nomination requires a French EN 9100 certified source; French-domestic content is required under a government defence contract; the program needs NADCAP-accredited special processes performed in close proximity to Airbus engineering for rapid design iteration; or when Safran is the customer and supplier qualification is managed through Safran’s own approved supplier process.
Source from Rapidcision when: the program is an R&D prototype, qualification prototype, or commercial program not subject to OEM approved supplier lists; fast prototype lead times (5–10 days vs 8–16 weeks) are critical for schedule; ITAR registration at the supplier is required for any controlled technology content; or when cost targets cannot be met at French aerospace machining rates. Upload CAD at rapidcision.com for instant AS9100D-compliant pricing.
Conclusion
France’s aerospace CNC machining ecosystem — led by Figeac Aéro, Mecachrome, LISI Aerospace, Safran, and the Toulouse and Lot Valley clusters — is technically elite and deeply integrated with Airbus and Safran global programs. For development programs, qualification prototypes, and commercial aerospace machining outside the OEM approved supplier framework, Rapidcision provides AS9100D + ITAR certified precision machining with 5–10 day lead times as the global alternative.
Frequently Asked Questions
Why is France such an important aerospace CNC machining country?
France is home to Airbus (headquartered in Toulouse), Safran Group (the world’s second-largest aerospace equipment manufacturer), Dassault Aviation, Thales, and ArianeGroup, plus a dense network of Tier 1 and Tier 2 aerospace precision machining companies. The French aerospace industry generates over €60 billion in revenue annually and employs approximately 200,000 people. France has the highest concentration of EN 9100 (AS9100D French equivalent) certified aerospace precision machining suppliers in continental Europe after Germany.
What is EN 9100 and how does it relate to AS9100D?
EN 9100:2018 is the European version of the international aerospace quality management system standard, published by AECMA (now ASD). It is technically identical to AS9100D Rev D and JISQ 9100:2016 — all three are harmonised implementations of the same IAQG standard. A French aerospace supplier holding EN 9100:2018 certification is recognised globally as equivalent to AS9100D. Certificates are verified through the IAQG OASIS database regardless of which regional variant the supplier holds.
What are the largest French aerospace CNC machining companies?
Figeac Aéro, Mecachrome, and LISI Aerospace are the three largest independent French aerospace precision CNC machining companies by revenue, all serving Airbus, Safran, and Boeing supply chains. Among the OEM-integrated machining operations, Safran Aircraft Engines (Villaroche), Safran Landing Systems (Vélizy), and Stelia Aerospace (Méaulte) are the largest aerospace machining divisions by output volume.
How does French aerospace CNC machining pricing compare to US and Chinese suppliers?
French aerospace CNC machining rates typically run €80–€200 per hour for precision work, reflecting French labour costs and the overhead of maintaining EN 9100 and NADCAP accreditation. This is broadly comparable to UK and German rates but 30–50% above US Midwest aerospace machining rates and 200–400% above certified Chinese aerospace precision shops. For non-Airbus-specific programs without French-origin content requirements, Rapidcision offers AS9100D + ITAR certified machining at competitive global pricing.
Can Rapidcision supply Airbus program components as an alternative to French suppliers?
Rapidcision can supply AS9100D certified aerospace CNC machined components for commercial programs that do not have French-domestic supplier qualification requirements or AICAC (Airbus Approved Supplier) list restrictions. For programs where Airbus specifies suppliers from its Approved Supplier List (ASL), the sourcing decision is constrained by the ASL. For derivative programs, research programs, and commercial aerospace programs not subject to OEM supplier lists, Rapidcision provides a fast-turn AS9100D-certified alternative with ITAR registration for any defense-adjacent content.
What is the Toulouse aerospace cluster and why does it matter for CNC suppliers?
The Toulouse metropolitan area is the European hub of the commercial aerospace industry, anchored by Airbus’s global headquarters, engineering centre, and final assembly line for the A320, A330, and A350 families. The cluster includes Latecoère, Liebherr Aerospace France, Safran Aerosystems, and dozens of Tier 2 precision machining companies. Proximity to Airbus engineering teams enables rapid design-manufacture-test iteration that is difficult to replicate with distant suppliers, making Toulouse a geographic advantage for French CNC shops serving Airbus programs.
