Roboze leads DIANA research project to implement decentralized additive manufacturing for Italian naval forces

Roboze, the Italian technology platform specializing in high-performance polymer additive manufacturing, has been appointed to lead the DIANA (Digitales partes Ad Necessitatem Armatorum) research and development project. This industrial initiative focuses on establishing new technological infrastructures to support the Italian Navy and armed forces through advanced digitalization. The project aims to fundamentally restructure spare parts management within the maritime defense sector by deploying decentralized manufacturing models directly at operational sites. By utilizing high-performance thermoplastic extrusion, the initiative seeks to reduce supply chain dependencies and increase the immediate readiness of naval units.

This development addresses a critical gap in defense logistics where traditional centralized supply chains create significant delays in mission-critical environments. While competitors in the high-performance polymer space focus on general industrial automation, Roboze is positioning its specialized FDM/FFF technology—capable of processing extreme engineering materials like PEEK and PEKK—specifically for the high-stakes requirements of naval and military applications. The shift toward decentralized, on-demand production of mission-critical components is a growing trend in the defense sector as nations seek to mitigate the risks of global logistics disruptions and long lead times for specialized parts.

For Roboze, the success of the DIANA project depends on the seamless integration of their hardware with secure, digitalized inventory systems that can operate in remote maritime environments. The practical implementation will require robust validation of part performance under harsh saline and thermal conditions to ensure that decentralizedly printed components meet strict military specifications. Users in the defense sector should focus on the reliability of the digital thread connecting design files to the final printed part in field conditions.