The energy sector is rapidly developing towards systems that operate under extreme temperatures, high thermal loads and increasingly demanding conditions. Fusion energy, advanced nuclear systems, hydrogen production and high-temperature industrial processes all require materials that maintain their performance under conditions where conventional materials and manufacturing technologies reach their limits.

EB-PBF enables the production of components from high-performance metals that are difficult—or impossible—to process using conventional manufacturing. Refractory metals such as tungsten and molybdenum, as well as high-performance copper alloys, can be combined with complex internal cooling channels, multifunctional geometries and lightweight structures to improve thermal performance, reliability and component lifetime.

Typical applications include plasma-facing components for fusion reactors, heat exchangers, heat pipes, burner components, vacuum systems and advanced thermal management solutions. In these applications, EB-PBF enables engineers to combine high-performance materials with geometries that improve heat transfer, reduce assembly complexity and increase overall system performance