通过无线模块的创新和精益工程方法节省成本

Foo Chong Seng, Tan Jui Ang
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摘要

其中一个无线模块需要额外的热界面材料(TIM)和电磁干扰(EMI)吸收器,以便产品按要求运行。为了将这两件物品放置到模块上,一块屏蔽将需要替换为两块屏蔽-屏蔽栅栏和屏蔽盖。所有这些额外的BOM项目都需要由操作员手工组装和检查。这导致装配和检验过程所需的周期时间显著增加,从而导致ODM增加其制造附加值(MVA)。这三个额外项目的BOM总成本也显著增加。结果,这一代无线产品的成本非但没有降低,反而上升了。本演讲将阐述面临的主要挑战以及我们主要通过流程自动化、精益浪费消除和流程左移到供应商采取的方法。这些创新和全面的三阶段方法使ODM中的附加流程的周期时间大大缩短(91%),并在产品的整个生命周期中实现显著的成本节约。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cost savings through innovative and LEAN engineering approach for wireless modules
One of the wireless module required additional Thermal Interface Material (TIM) and Electro Magnetic Interference (EMI) absorber in order for the product to function per requirement. In order to place these two items onto the module, the one piece shield will need to be replaced by 2 pieces shield - shield fence & shield lid. All these additional BOM items will need to be assembled and inspected manually by operators. This resulted in significant increase of cycle time needed for the assembly and inspection process which causes ODM to increase their Manufacturing Value Adder (MVA). Total BOM cost also increased significantly for those three additional items. As the results, Instead of achieving generation product cost reduction, the cost for that generation of wireless products actually went up. This presentation will illustrate the key challenges faced and the approach that we have taken mainly through Process Automation, LEAN waste elimination and Process Shift Left to supplier. These innovative and holistic three phases approach enable huge cycle time reduction (91%) for the additional processes in ODM and achieve significant cost savings across the life cycle of the product.
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