At Additium 3D, we offer comprehensive 3D printing solutions for the military, for customised 3D parts such as drones, logistic parts, vehicles...
Although for privacy reasons we cannot disclose names of specific customers, at Additium 3D has worked with leading companies in the defence sector, providing customised 3D printing solutions for a variety of projects. These case studies highlight the effectiveness of our technology in the manufacture of functional and robust parts for defence applications.
Main uses of 3D printing in the military
We help improve efficiency, reduce lead times and increase adaptability in tactical situations.
Manufacture of lightweight housings, brackets, frames and fairings, optimising performance and resistance in extreme conditions.
Manufacture of easily replaceable parts such as brackets, guards and adapters, essential to keep systems operational in the field.
Manufacture of brackets, anchors and customised transport boxes to improve the security and organisation of armaments and logistic equipment.
Adaptation of land and sea vehicles with functional parts, reinforcements and customised anchorages for greater flexibility and adaptability.
Manufacture of antenna mounts, GNSS equipment housings and watertight enclosures to ensure robustness and efficiency in communication systems.
Creation of tactical models, signalling systems and logistical support for planning and operations in hostile environments.
If you already have a design, send it to us. If not, we will help you create the necessary file.
Within a few hours we will send you a detailed quotation with recommendations and prices.
After approving the quote, we start the 3D printing of your personalised figure.
You will receive your parts in record time, with shipping included and fully protected.
These plastics are easy to print and fairly inexpensive. They are mostly used in recreational, educational or prototype drones. They are lightweight, but not very resistant to heat or strong impacts, so they are not recommended for demanding conditions.
Much more resistant to shock, vibration and high temperatures. They are ideal for drones that need to withstand real flight conditions or higher loads. They also allow some flexibility without breaking, which makes them more durable over time.
They are the top in terms of performance. They combine light weight with excellent stiffness and strength. That's why they are used in professional, industrial or even military drones, where aerodynamic performance and reliability are key.
3D printers on the battlefield: The US Army has developed mobile labs that travel with troops and include 3D printers to manufacture spare parts on the fly.
Military drone printing: The British military has developed drones that are 3D printed and assembled in less than 24 hours, used for reconnaissance missions.
Decentralised production: The German Armed Forces have incorporated 3D printing to produce parts on-site, improving the autonomy of their deployed units.
Rapid prototyping: The French navy is using 3D printing to design new weapons and maintenance tools in less time.
We offer a comprehensive service that covers the entire process. We design, scan and work hand in hand with you to understand your needs and requirements. Finally, we carry out 3D manufacturing on a small or large scale, using advanced technology to produce all units with the utmost precision.
We have a state-of-the-art 3D printing infrastructure to offer precise and fast solutions. And we adapt each part to the specific needs of each project, guaranteeing maximum quality and functionality.
Here, you will not deal with intermediaries; you will speak directly with our technical experts located in Valenciafrom the reception of your files to the production and shipping of your parts.
At Additium 3D, we understand the needs of the defence sector and we are committed to providing 3D manufacturing solutions that transform the way military forces operate. If you are looking to improve the efficiency and sustainability of your projects, contact us today to find out how our solutions can help you!
Yes, absolutely. The structure (chassis) of a drone can be 3D printed, as well as brackets, housings and some non-electronic parts. These are then assembled with motors, sensors, propellers and control systems. This is a very efficient way to customise drones or make rapid prototypes.
It depends on the size and complexity of the design, but it can take between 4 and 24 hours.
For example, a compact reconnaissance drone can be printed in about 6-8 hours. Some armies, such as the British, have assembled printed drones in less than 24 hours from scratch.
Weight varies greatly depending on design and materials, but an average-sized 3D printed drone typically weighs between 200 and 800 grams (excluding battery and electronics). In the professional or military field, they can weigh more than 2 kg if designed for specific missions.
Yes, more and more. The armies of the US, UK, Israel and Germany, among others, use it:
In part, yes. Some non-critical parts (such as brackets or aerodynamic components) are already 3D printed. However, propulsion systems, explosives or guidance components are not printed for safety, material and regulatory reasons. Still, the technology is advancing and is being researched for wider future applications.
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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