interior-functional lightweight components obtained by 3D printing, product design with great flexibility

EOS additive manufacturing enables aerospace companies to tailor high quality components for cabin and cockpit equipment.

EOS Additive Manufacturing (AM) solutions create new possibilities for aerospace companies to produce cabin and cockpit equipment. Functional lightweight components such as lightweight seat belt buckles made of high quality titanium alloy Ti64, air conditioning and heating system components made of durable plastic, cable ducts and loading systems, and parts for dining and hygiene areas can be produced quickly and economically by EOS laser sintering technology.

The EOS additive manufacturing concept gives customers great flexibility in product design and manufacturing. Even in small batch production, this technology can be used for instant mass production of modifications, upgrades and various spare parts. This makes it possible to quickly and cost-effectively meet specific airline personalization requirements, such as VIP solutions, modifications or interior design. Even one-off parts production does not incur any additional costs. This eliminates the need to store multiple models of spare parts, while eliminating the corresponding expenditure. With the innovative EOS laser sintering equipment, aerospace companies can implement productive and sustainable strategies in the design and production of cabin and cockpit equipment components.

EOS Additive Manufacturing Technology-Engine Components Best Practice Examples, Additive Manufacturing in Practice-EOS Aerospace Case Study

light bracket -- P3 bionic bracket produced using EOSINT M metal equipment is 40% lighter than the original bracket