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3D Sand Printing for Automotive Mass Production Applications

机译:汽车批量生产应用中的3D沙雕

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摘要

Additive manufacturing (AM) of metallic products is seen by many to be commercially viable for only small and highly complex components, manufactured with difficult to machine materials using heat sintering process. In the automotive manufacturing sector, metal hard tooling is often required to produce mass produced components, and the tools are typically bespoke, large in size, inflexible and complex. Conventionally these tools have either been machined from solid billets or near-net-shape cast and then machined to achieve final size. Rapid casting technologies (RCT) use AM 3D sand printing process to manufacture sand mould tools used to create the production tooling. Adopters of this technology can achieve an increasingly agile and robust production process, RCT can also rewrite the design hand book for casting design. The research findings demonstrate that RCT can be successfully applied within the automotive industry, achieving considerable cost and time savings whilst improving quality and product flexibility.
机译:许多人认为金属产品的增材制造(AM)仅对小型且高度复杂的组件具有商业可行性,而这些组件难以使用热烧结工艺加工而成。在汽车制造业中,通常需要金属硬质工具来生产批量生产的组件,并且这些工具通常都是定制的,尺寸较大,不灵活且复杂。传统上,这些工具要么是用实心坯料加工而成,要么是近净形铸件,然后加工成最终尺寸。快速铸造技术(RCT)使用AM 3D砂印刷工艺来制造用于创建生产工装的砂模工具。采用该技术的人员可以实现越来越灵活和强大的生产过程,RCT还可以重写设计手册以进行铸造设计。研究结果表明,RCT可以成功地应用于汽车行业,可以节省大量成本和时间,同时可以提高质量和产品灵活性。

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