Additive manufacturing within the defence industry provides the flexibility to create complex, robust parts that meet stringent military standards without tooling, delivering operational parts on demand. From customised drones to lightweight armour, weapon components, and vehicle parts, AM enables quick adaptation to evolving mission requirements and field conditions.
The defence industry faces constant pressure to innovate, reduce costs, and ensure readiness across land, sea, and air applications. 3D printing – also known as additive manufacturing – is rapidly becoming a critical technology within the sector. From rapid prototyping of mission-critical components to lightweight, durable end-use parts, additive manufacturing is reshaping how defence organisations design, manufacture, and maintain equipment.
We partner with leading defence organisations and suppliers to deliver advanced 3D printing technologies tailored to military needs. From industrial 3D printers to specialist materials and software solutions, we provide everything you need to integrate additive manufacturing into your defence operations.
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Additive manufacturing is more than a tool – it’s a strategic advantage. Defence organisations investing in 3D printing today are gaining operational flexibility, reducing costs, and preparing for the future of modern warfare and logistics.
This case study between AM Solutions and the South Korean defense sector showcases how Meltio’s technology is enabling the development of lightweight, high-performance components for tactical applications, in this case, optimizing the ice cleat (or snow pad) used in the K2 Black Panther main battle tank.
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The Royal Netherlands Navy has a rich history and a modern edge. With a vast fleet of ships, helicopters, boats, and submarines, they are a global presence, often stationed far from home on challenging missions. Their commitment to excellence and innovation keeps them at the forefront of maritime defense.
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The defence industry is at the heart of innovation, driving advancements in technology to ensure safety, efficiency, and performance in challenging environments. High-performance polymers, critical for creating parts that must endure extreme conditions, have been historically expensive to manufacture.
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