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中国科学院金属研究所(以下简称“金属所”)沈阳材料科学国家(联合)实验室工程合金研究部与国内医疗机构合作,在钛合金3D打印技术应用于医疗领域取得阶段性成果。其团队利用瑞典Arcam A1型电子束金属熔融快速成型设备制备出具有多孔涂层的钛合金骨盆假体、锁骨假体及肩胛骨假体,所有假体在医疗临床试验中均获得良好效果,这种技术的应用为未来医疗器械的“私人订制”提供了可能。金属所与山东威高骨科材料有限公司合作设计制备出具有骨小梁
Institute of Metal Research, Chinese Academy of Sciences (hereinafter referred to as “Metal Institute”) Shenyang Materials Science National (Joint) Laboratory Engineering Alloy Research Department and the domestic medical institutions, in the titanium alloy 3D printing technology used in the medical field achieved initial results. The team produced a porous titanium alloy pelvic prosthesis, clavicular prosthesis and scapular prosthesis using Swedish Arcam A1 electron beam metal melt rapid prototyping equipment. All the prostheses achieved good results in medical clinical trials. The application of technology for the future of medical devices “private subscription ” provides the possibility. Metal and Shandong Weigao orthopedic Materials Co., Ltd. designed to produce a trabecular