Reduce costs, optimise time and achieve new levels of efficiency in projects that involve drones, aircraft parts and satellites. We are specialists in 3D printing in the aerospace sector.
At Additium 3D, we are specialists in offering solutions for 3D printing in the aerospace industry that are redefining design and manufacturing standards. We accompany you through the whole process: from the idea to the finish.
3D printing offers a number of advantages that revolutionise the way the aerospace industry works:
Additium 3D's aerospace 3D printing process is meticulous and involves several key steps to ensure the highest quality and accuracy for each project:
Send us your plans, sketches or even a general idea. If you don't have a defined design, we will gather all the necessary information and work with you to create a design adapted to your needs.
Within hours, you will receive a comprehensive design for manufacturability (DFM) analysis along with a detailed quotation.
We work closely with you in the testing phase to ensure that the component meets technical standards and your expectations. We perform iterations as needed to refine the design.
With the design optimised, we start production using advanced 3D printing technology, adapting to your volume needs, whether for prototypes or large-scale production.
Lighter, stronger drones and aircraft parts optimised for performance and safety.
Our additive manufacturing processes ensure strong, lightweight structures, essential for the successful design and launch of satellites.
They allow key components to be analysed, replicated and improved, ensuring precise adjustments and assembly optimisation.
To create and test functional parts in an agile way, favouring fast and efficient iterations.
Intricate designs that would be difficult or impossible to achieve with traditional methods.
Parts with the physical and mechanical characteristics necessary to withstand the test conditions.
For the manufacture and maintenance of aircraft, optimising processes and reducing waiting times.
Thanks to techniques such as galvanising, they can acquire strength and durability characteristics for direct use.
3D printing supports academic projects and experimental testing, pushing the boundaries of knowledge in the sector.
We offer a comprehensive service that covers the whole process. If you only have an idea, we start with the design phase, where we work hand in hand with you to understand your needs and requirements. Finally, we carry out large-scale 3D manufacturing, using advanced technology to produce all the necessary units with the same attention and quality.
Value what really matters: quality, speed and accessibility. Here, you will not deal with intermediaries; you will speak directly with our technical experts, from the receipt of your files to the production and shipment of your parts.
We are creators, not resellers. And we are proud to produce and manufacture everything in-house.
In the testing phase you can review and validate the prototype. And once we have the finalised design, we start the full-scale production phase to ensure that the result meets your expectations.
Improve efficiency and reduce costs with customised solutions for your technical and logistical needs and challenges. From design to manufacturing, we offer a comprehensive service to ensure success at every stage.
Request your quote today and see how we can revolutionise your aerospace solutions with the power of 3D printing.
The aerospace industry uses 3D printing to produce lightweight, strong parts, optimise complex designs and reduce costs. This technology enables the creation of components for aircraft, rockets and satellites, from prototypes to functional parts, improving the efficiency and performance in space flight and space missions.
In space, 3D printing allows parts to be manufactured directly on space stations, eliminating the need to transport them from Earth. This reduces costs, saves space and allows astronauts to repair equipment or build specific tools quickly and efficiently.
In rocket design, 3D printing makes it possible to create lighter and more efficient engines and components with fewer assembled parts. This not only reduces the overall weight of the rocket, but also reduces manufacturing costs and the time needed to develop new generations of space vehicles.
Before 3D printers, the aviation industry relied on traditional manufacturing methods that were slower, more costly and more design-constrained. This limited the ability to innovate quickly and meant more effort was required to reduce aircraft weight and improve efficiency.
NASA is using 3D printing to make parts on Earth and in space. It has created tools and components on the International Space Station and is exploring their use to build habitats on the Moon or Mars, using local materials such as lunar regolith rather than transporting resources from Earth.
In space, 3D printing faces unique challenges such as microgravity, which requires specific technologies and materials to ensure parts are formed correctly. In addition, printing with reusable or environmentally adapted materials is prioritised in space, while more options and manufacturing freedom are available on Earth.
3D parts design and manufacturing company
GALAXIO N-MECHANIK, S.L. has received a grant co-financed by the AVI and the European Regional Development Fund (Feder) in the programme Business Value Chain Strengthening, from Budget Line S1010 (20240000009), INNCAD/2024/57 file within the aid for the strengthening and development of the Valencian Innovation System for the improvement of the productive model for the financial years 2024 to 2026.
Main objective:
Galaxio N-Mechanik S.L. has received a grant of €18,517.65 from the Regional Ministry of Innovation, Industry, Trade and Tourism. in support of the INPYME/2024/950 project within the 2024 call for subsidies to support productive investments made by SMEs in various industrial sectors in the Valencia Region.
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