Rosatom Standardizes 3D Printing for RITM-200 Small Reactor Components
Russia's Rosatom has standardized its first 3D printing technology for manufacturing components for the RITM-200 small modular reactor.
Rosatom, through its engineering division, has officially approved and standardized the first additive manufacturing technology for producing equipment components intended for the RITM-200 small modular reactor.
This advancement signifies a crucial step in integrating advanced manufacturing techniques into the nuclear industry. The standardized technology allows for the serial production of specific parts, moving beyond experimental applications.
The RITM-200 is a compact reactor designed for various applications, including powering icebreakers and potentially for remote energy supply. The adoption of 3D printing for its components promises to streamline production, reduce lead times, and potentially lower manufacturing costs.
This standardization is a result of extensive research and development efforts within Rosatom's nuclear sector, aiming to leverage the benefits of additive manufacturing for critical infrastructure.
This standardization of 3D printing for nuclear reactor components is significant. It demonstrates the maturation of additive manufacturing for high-reliability, critical applications. For the nuclear sector, it offers potential for faster production of complex parts, reduced inventory, and enhanced design flexibility. This aligns with broader industry trends of adopting AM for specialized, high-value components.
Edited by the news editor with AI and translated into English from the original report — please refer to the original source.