Additive Manufacturing Partnership Targets Next-Generation Gas Turbine Development

## Velo3D and Aurelia Technologies Form Strategic AM Partnership Metal additive manufacturing specialist Velo3D (NASDAQ: VELO) and gas turbine developer Aurelia Technologies have announced a strategic partnership aimed at accelerating the development of next-generation gas turbine systems through advanced additive manufacturing techniques, according to a PR Newswire release dated June 9, 2026. The collaboration brings together Velo3D's expertise in metal additive manufacturing — a technology the company has applied extensively across aerospace and defense supply chains — with Aurelia Technologies' focus on advanced turbine design. The partnership is headquartered across Velo3D's Fremont, California operations and Aurelia's Katy, Texas facilities. ### Relevance to the Marine Sector While the announcement is primarily framed around aerospace and defense applications, gas turbine technology is a cornerstone of marine propulsion and offshore power generation. Advances in additive manufacturing for turbine components — including complex hot-section parts that are traditionally difficult and costly to produce — carry direct relevance for naval architects, marine engineers, and vessel operators relying on gas turbine-powered platforms. Metal additive manufacturing enables the production of geometrically complex components with reduced lead times and material waste compared to conventional subtractive manufacturing methods. For the maritime sector, this translates to potential improvements in spare parts availability, component lifecycle performance, and the ability to manufacture bespoke parts for legacy or specialist vessels. ### Industry Context The maritime industry has shown growing interest in additive manufacturing as a means of addressing supply chain vulnerabilities — a challenge that was sharply highlighted during the global disruptions of recent years. Classification societies including Lloyd's Register and DNV have been developing frameworks for the certification of 3D-printed marine components, signalling that the technology is moving from experimental to operational status within the sector. Velo3D describes itself as a leader in transforming aerospace and defense supply chains through world-class metal additive manufacturing. The company's Sapphire family of printers is capable of producing high-integrity metal parts from materials including Inconel and titanium — alloys commonly specified in high-temperature marine and offshore applications. Further technical and commercial details of the Velo3D–Aurelia partnership are expected to be disclosed as the collaboration progresses. *Source: PR Newswire / Velo3D, Inc.*