Colibrium Additive secures major contract to advance naval metal additive

The U.S. Navy’s decision to award Colibrium Additive a $31 million contract via NAVAIR highlights a shift in the aerospace sector: the transition from simple hardware acquisition to a fully integrated ecosystem of data, machinery, and training. Unlike traditional additive manufacturing competitors that often provide fragmented hardware or software solutions, this partnership integrates physical 3D printing systems with proprietary Material Process Combinations (MPCs). This holistic approach addresses the primary bottleneck in defense manufacturing — the slow speed of part qualification and certification — by providing the verified mechanical data and design allowables necessary for immediate aviation use.

Accelerating Airworthy Component Qualification through Data Integration
At the core of this initiative is the delivery of six distinct metal alloy MPCs, which encompass detailed physical and mechanical property data. While many market alternatives require end-users to perform months of independent material testing, Colibrium Additive streamlines the process by optimizing parameters and consolidating specifications for a range of alloys. The portfolio expansion includes AlSi7Mg, IN718, 17-4PH, and 7050-RAM2, alongside established materials like Ti64 and 316L. A key differentiator in this program is the focus on thin-wall fatigue characterization, a specialized data set that validates the performance and longevity of complex aviation geometries, thereby ensuring that additively manufactured structures meet the rigorous safety standards required for flight.

Enhancing Fleet Readiness with Scalable Production Systems
To meet aggressive development timelines, the agreement includes the deployment of three M Line systems and one M2 Series 5 printer. These machines are supported by AddWorks™ services, which provide the Navy with licensed characterization curves and manufacturing instructions. This specific combination of high-output hardware and pre-verified data sets allows the Navy to bypass traditional supply chain delays. By establishing these design allowables in-house, the Navy can move rapidly from digital design to repeatable, airworthy production, significantly reducing the lead times for critical components that would otherwise remain stuck in backordered global supply chains.

Building In-House Capability for Sustainable Aviation Support
A significant factor that distinguishes this collaboration from standard equipment procurement is the emphasis on enduring operational autonomy. The program incorporates a multi-disciplinary training plan tailored for manufacturing, design, quality, and material teams. By embedding deep application expertise directly into the Navy’s workforce, the initiative ensures that the ability to produce repeatable, certified parts is a permanent internal capability rather than a temporary service. This strategy not only mitigates long-term supply chain risks but also enhances overall naval aviation readiness by empowering the fleet to maintain and sustain its own hardware through proven metal additive technology.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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