Machining technical parts for space and aeronautics
ARCOM Industrie manufactures components for aeronautical and space applications, in environments with high requirements for machining quality and dimensional stability.
Parts are delivered finished, ready to be integrated into aeronautical or aerospace assemblies.
Aerospace-specific constraints
Aeronautical and space applications require rigorous control of machining parameters and surface finishes.
Consistent production and dimensional coherence are essential to ensure components integrate into complex systems.
Parts are machined within a quality framework suited to the sector's requirements. No special processes are used within the ASD scope, and ARCOM Industrie is
not involved in design or development within this scope.
Machined engineering materials
Components are made in particular from Inconel 625 and 718, titanium, tungsten alloys or aluminium, depending on the mechanical and thermal constraints of the application.
Machining these materials requires mastery of cutting strategies and parameters suited to superalloys and high-performance materials.
Expertise applied to aerospace
Manufacturing components for these markets draws on precision machining, bar turning and rigorous dimensional inspection.
Depending on the configuration, additional assembly operations or laser processes can be carried out.
Applications
In the aerospace sector, components manufactured by ARCOM Industrie are integrated into assemblies such as:
- Engines
- Landing gear
- Structural and armour components
- On-board equipment
Suitable production resources
ARCOM Industrie relies on continuous 5-axis and HSM machining centres, CNC lathes and coordinate measuring equipment for the dimensional validation of the parts produced.
Our industries
Our other industrial expertise
A project for an aeronautical or space application?
Are you developing a component for an aeronautical or space application?
Our teams analyse dimensional and material constraints to define a suitable manufacturing strategy.