增材製造核能設備
NX Atomics 運用金屬 3D 打印降低小型模組化反應堆(SMR)生產成本
NX Atomics 正推動小型模組化反應堆生產的發展,透過與 Sciaky 合作,運用工業級金屬 3D 打印技術製造反應堆組件。透過應用電子束熔積成形技術(EBAM),公司致力降低生產成本、縮短交付時間,並簡化核級零件的製造流程。此方式借鑑了航空航天、國防及太空產業中已獲驗證的製造技術——這些行業的增材製造已由原型製作,發展至大規模生產階段。
此項發展,凸顯出能源領域正邁向更廣泛的數碼化製造轉型。傳統核能項目往往因供應鏈複雜及零件高度專業化,而面臨成本超支及建設週期漫長的問題。增材製造技術提供了一種簡化生產流程的方式,同時提升設計靈活性及可擴展性。對反應堆開發商而言,此舉有望改善項目經濟效益,並加速部署進度。隨著市場對潔淨基載電力的需求日增,先進製造方法或將成為致力將新一代核能技術商業化的公司之間,一項關鍵的差異化因素。
英文原文
NX Atomics is advancing small modular reactor production by partnering with Sciaky to manufacture reactor components using industrial-scale metal 3D printing. By applying Electron Beam Additive Manufacturing (EBAM), the company aims to reduce production costs, shorten lead times, and simplify the fabrication of nuclear-qualified parts. The approach adapts manufacturing techniques already proven in aerospace, defense, and space industries, where additive manufacturing has moved from prototyping to large-scale production.
The development highlights a broader shift toward digitally enabled manufacturing in the energy sector. Traditional nuclear projects often face cost overruns and lengthy construction timelines due to complex supply chains and specialized components. Additive manufacturing offers a way to streamline production while increasing design flexibility and scalability. For reactor developers, this could improve project economics and accelerate deployment. As demand for clean baseload power grows, advanced manufacturing methods may become a key differentiator for companies seeking to commercialize next-generation nuclear technologies.
- 來源
- Trend Hunter
- 發布
- 2026-06-16
- 品類
- Unique
- 出處
- 3dprint, prnewswire