Additive manufacturing enables metal parts with high strength and precision — structural elements, mounts, brackets, housings, piping systems and aerodynamic components.
Additive manufacturing enables metal parts with high strength and precision. They are used for structural elements, mounts, brackets, housings, piping systems and aerodynamic components. Topology optimisation reduces weight while maintaining strength, directly affecting fuel consumption and performance.
3D printing significantly accelerates development cycles. It enables rapid testing of new shapes, functional trials and validation of design solutions before serial production.
3D printing significantly accelerates development cycles. It enables rapid testing of new shapes, functional trials and validation of design solutions before serial production begins. Aircraft manufacturers and suppliers can innovate faster and respond to new market requirements.
In aerospace, precision and repeatability are critical. Assembly fixtures, measuring templates, holders and special tools made exactly to production line needs.
In aerospace, precision and repeatability are critical. 3D printing enables assembly fixtures, measuring templates, holders and special tools tailored to production line needs. These aids increase efficiency, shorten assembly times and reduce errors.
One of the greatest benefits of 3D printing is extremely lightweight structures — lattice infills or organic shapes inspired by nature.
One of the greatest benefits of 3D printing is extremely lightweight structures — for example lattice infills or organic shapes inspired by nature. These designs combine low weight with high strength and are ideal for interior and exterior aircraft parts.
Additive manufacturing is ideal for small batches of parts for testing materials, mechanical properties or aerodynamics.
Additive manufacturing is ideal for small batches of parts used to test materials, mechanical properties or aerodynamics. Thanks to precise repeatability, certification samples for tests according to aviation standards can be prepared easily.
3D printing fundamentally changes how parts for the aerospace industry are made.
It enables the production of lighter, stronger and structurally optimised components that meet strict safety and reliability requirements. Additive manufacturing makes it possible to create shapes that cannot be produced by traditional methods, shorten lead times and significantly reduce aircraft weight and operating costs.
