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首页> 外文期刊>Research journal of applied science, engineering and technology >Reduction Waste by Combining Lean Manufacturing and Six Sigma in an Electronics Industry
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Reduction Waste by Combining Lean Manufacturing and Six Sigma in an Electronics Industry

机译:通过将精益生产和6 Sigma相结合来减少电子行业的浪费

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Nowadays organizations are involved in a complex environment with continues changing, that should impels the innovations looking for increase production performance, quality improvement, customer satisfaction and create a competitive advantage. Lean manufacturing provides an approach to identify and eliminate waste and all non value added activities through continuous improvement. The use of lean manufacturing as a set of "tools" that assist in waste identification and besides linked to DMAIC stages from six sigma could result in a systematic approach toward increasing value through production flow, statistical capability from the process and customer satisfaction; synergizing company efforts. An application case in an electronic industry from this integration is presented where sigma level from process was raised to 4.625 (99.91% efficiency), postulating VSM (Value Stream Map) and DMAIC stages as an essential first step from lean and six sigma respectively. The emerging integration that is already used in many industries is referred as Lean Six Sigma.
机译:如今,组织处于不断变化的复杂环境中,这应该促使创新寻求提高生产性能,质量改进,客户满意度并创造竞争优势。精益生产提供了一种通过持续改进来识别和消除浪费以及所有非增值活动的方法。将精益制造作为一组有助于废物识别的“工具”,并且与六个sigma的DMAIC阶段相关联,这可能会导致一种系统的方法,通过生产流程,过程的统计能力和客户满意度来增加价值;协同公司的努力。提出了通过这种集成在电子行业中的一个应用案例,其中流程的sigma级别提高到4.625(效率为99.91%),并假设VSM(价值流图)和DMAIC阶段分别是精益和六个sigma的重要第一步。已经在许多行业中使用的新兴集成称为精益六西格玛。

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