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波士顿咨询:3D打印有助于实现分布式制造的承诺(中译版)(15页).pdf

上传人: Kell****reet 编号:111031 2022-12-28 15页 951.38KB

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1、 2022 Boston Consulting Group13D Printing Helps Realize the Promise ofDistributed ManufacturingDECEMBER 05,2022 By Wilderich Heising,Thomas Krger,Daniel Kpper,Max Lutter-Gnther,Neeru Pandey,Gerret Lukas,Christoph Frey,and Matthias OlyCombining distributed and additive manufacturing mitigates supply

2、chainrisks by enabling fully digital interactions,better economics for producingsmall quantities,and flexible capacity.Distributed manufacturing and additive manufacturing(also known as 3Dprinting)can be a powerful combination for solving supply chain challenges.Leading companies are managing supply

3、 risks by distributing production 2022 Boston Consulting Group2geographically,over time,or across the value chain.Unfortunately,this approachoen faces limitationsincluding high costs,low asset utilization,long setuptimes,and stringent regulatory requirements.Additive manufacturing offers a solution

4、to the challenges of distributedmanufacturing by enabling local and highly flexible production of small quantities.For many use cases,additive manufacturing systems and processes are nowtechnologically ready for small-series production.Applying 3D printing indistributed manufacturing will be most be

5、neficial for producing high-value parts,such as those used in the aerospace and medical-technology industries,or low-volume replacement parts.These are among the transformative technologyapplications that constitute Industry 4.0.In 2022,BCG undertook a study,in collaboration with RWTH Aachen Univers

6、ityand the ACAM Aachen Center for Additive Manufacturing,to capture insights intohow the application of 3D printing in distributed manufacturing adds value andwhat the prerequisites are for successful use cases.The study included interviewswith a panel of approximately 15 leading experts in business

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本文主要讨论了分布式制造和增材制造(3D打印)如何解决供应链挑战。文章指出,全球供应链经常中断,导致及时交付和履行困难。为应对这些挑战,公司正在将生产地理上、时间上或价值链上进行分布。然而,这种方法通常面临高成本、低资产利用率、长设置时间和严格的监管要求等限制。 增材制造提供了解决分布式制造挑战的解决方案,它使生产者能够以小批量、高度灵活的方式进行本地生产。文章指出,对于许多应用,增材制造系统和工艺现在已准备好进行小批量生产。 文章还指出,增材制造在分布式制造中的应用将最有益于生产高价值部件,如航空航天和医疗技术行业中使用的部件,或低量替换部件。这些是构成工业4.0的变革性技术应用。 总的来说,文章强调了分布式制造和增材制造的结合可以减轻供应链风险,通过实现完全数字化的互动,更好地经济生产小批量产品,以及灵活的产能。
分布式制造如何通过3D打印实现? 3D打印在供应链管理中有什么优势? 如何评估3D打印在分布式制造中的经济可行性?
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