In the field of nuclear energy, a significant project focused on the production of spacer grids for fuel assemblies is underway. The project aims at developing and testing new materials, offering numerous advantages, including faster design iterations and greater flexibility in prototype manufacturing. Thanks to modern additive technologies, it is possible not only to accelerate the development process but also to improve the efficiency and quality of the final products.
“The use of an atomizer for powder preparation allows us to streamline the development process and integrate all necessary research equipment into one system. At the same time, we are monitoring how powder recycling affects the quality of the final product, which is crucial for the long-term sustainability of production,” comments Tomáš Jetmar, General Manager of NCK MATCA, on the overall process of advanced 3D printing.
The project is supported by the THÉTA program of the Technology Agency of the Czech Republic and serves as an example of how modern technologies can enhance existing processes and bring significant changes to key industries such as energy.
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The NCK for MATCA is supported by the