Aerospace

Achieving new heights with 3D printing

Navigate the future of aerospace with the shorter lead times, more affordable small series, and unrivaled design freedom that additive manufacturing (AM) can offer. Through our Form 1-accredited manufacturing of flying parts, industry-leading software, and specialist consultancy services, we engage with the entire aerospace supply chain, from OEMs to eVTOL start-ups, and from MROs to supplier tiers. Discover how we can support you at every stage of your journey. 

Aircraft engineers working on the interior of an 737 jet airplane

Why choose Materialise Manufacturing?  

On-hand expertise


Certified processes and materials 


Historical performance data 


Complete process documentation 


Applied R&D support  


Materials and certifications

Let your next project take flight with our certified additive manufacturing for aerospace. We have the accreditations you need to let us make flight-ready parts for you, and we can also help you develop and qualify new 3D printing applications and materials. 

Why choose 3D printing?

Increase profitability


Gain agility


Future-proof your operations


Embrace innovation


Typical 3D printing applications in aerospace

Cabin interiors

Low-criticality parts like seat row indicators, display shrouds, armrest caps, and overhead storage panels are ideal candidates for small-series AM production.

Four 3D-printed spare parts made of flame-retardant polyamide are shown: one is black and three are white. All four parts are commonly seen in aircraft cabin interiors. These parts are manufactured for 328 Support Services.

AM training for aerospace businesses

Learn how to bring additive manufacturing into your business and take advantage of all it has to offer, with our tailored training courses. Our team can build a curriculum that focuses on the materials, technologies, and core competencies that truly suit your needs

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The Materialise Mindware: Aerospace Training provided a valuable overview (maturity in the aerospace industry, design and certification guidelines, technologies, and processes), for the implementation of additive manufacturing for serial production within aerospace. 
Examples of printed parts illustrated the design possibilities and surface finishes and will inspire designers to design for additive manufacturing. Overall, the training was greatly appreciated by the Pilatus team.

Headshot of François de Clarens, Materials & Processes Engineer at Pilatus Aircraft Ltd.
François de ClarensMaterials & Processes Engineer, Pilatus Aircraft Ltd.

Frequently asked questions

Inspiration

Get inspired for your next project with a look at how 3D printing has made its mark in the aerospace industry.