Fusion for Energy Partnered with Polish SME AMAZEMET
The five-year agreement aims to integrate metal additive manufacturing expertise into the European fusion ecosystem.
Updated on Sept. 30, 2026 in Nuclear
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Fusion for Energy has signed a memorandum of understanding with the Polish company AMAZEMET to exchange technical knowledge. This partnership establishes a five-year framework covering five specific technical areas.
Why it matters
The collaboration seeks to bridge the gap between fusion research and private manufacturing initiatives. By aligning with a specialized enterprise, it aims to accelerate the growth of the broader European fusion ecosystem.
The agreement spans five technical areas, focusing on manufacturing methods and materials testing. These activities involve the exchange of technical knowledge between the two parties without the transfer of funding.
The players
Fusion for Energy
The European Union organization responsible for managing Europe's contribution to the ITER fusion project and advancing fusion power research.
AMAZEMET
A Polish firm specializing in metal additive manufacturing and research-driven 3D printing solutions.
The details
The partnership focuses on metal additive manufacturing — a process that uses 3D printing technology to build components layer by layer from metal powders. AMAZEMET, a 2019 spin-off from the Warsaw University of Technology, provides expertise in this manufacturing approach. The two parties plan to share best practices and technical data, with specific project scopes to be determined in subsequent, separate agreements.
Timeline
AMAZEMET was founded in 2019.
The memorandum of understanding was signed on September 30, 2026.
The agreement remains in effect for the next five years.
The Tech Race
This partnership follows a wider industry trend of established fusion research programs seeking to incorporate specialized private-sector manufacturing techniques to solve production bottlenecks. It sits within the broader European effort to scale fusion technology by integrating agile, research-backed firms into the ITER-linked supply chain.
The collaboration does not directly change current energy infrastructure or commercial fusion timelines. Instead, it creates a pipeline for future manufacturing innovation, with the first specific technical projects expected to be defined in subsequent agreements.
The takeaway
The partnership highlights the growing reliance of fusion research on specialized additive manufacturing techniques. Observers should track the release of future separate agreements to identify the specific components or materials being prioritized for development.
Further reading
For more developments in energy research, see our Nuclear section.
Source note: This article includes information reported by The European Times News.
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