使用铸造的方法很难做到的叶片，金属技研使用3D打印，HIP，加工制作了叶片。
※使用创造程序（SIP）制作
采用3D打印和HIP实现复杂形状零件的高附加价值，无需铸造模具
重量更轻，厚度0.5毫米，弹性三维网格结构
※照片提供：Triple Bottom Line、CEREVO
现有的加工方法很难做到的形状，金属技研采用3D打印实现。
※照片提供：Triple Bottom Line
采用拓扑优化结构制作的零件一体化结构和轻型化结构
使用金属堆层成型装置（3D打印/3维堆层成型技术），生产整形外科领域定制医疗器具。
In cooperation with Metal technology Co. Ltd. (MTC) Shimoda Iron works Co. Ltd. has successfully obtained NORSOK certification. The certification covers flanges with a maximal thickness of 184.2mm which are produced using Near-Net-Shape techniques (HIP-NNS method). We are the first manufacturer in Japan that has been successful in acquiring this NORSOK qualification for this product.
The Mercury Target Container Unit 8 was delivered to J - PARC (High Intensity Proton Accelerator Facility) on the 22nd of September 2017. Metal Technology Co. Ltd.’s engineering division was responsible for designing and manufacturing the Mercury Target for the 7th time. Under the guidance of the Japan Atomic Energy Agency (JAEA), we thoroughly reviewed the contents of the design and production of Unit 7,the previous product, and applied several improvements to this new Unit. As a result, we were able to complete it after a 2 year design and production period. In mid-April 2018, at J-PARK, a proton beam of around 300kW has been continuously irradiated under user manual operation. From the end of April, we have been able to meet our original goal of operating at 500kW.
