Design for Six Sigma

Q4 Engineering
D. Mader
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引用次数: 35

Abstract

The concept of implementation of Six Sigma methodology was pioneered at Motorola in the 1980s with the aim of reducing quality costs. Six Sigma methodology has evolved into a statistically oriented approach to process, product or service quality improvement. It is a business performance improvement strategy used to improve profitability, to drive out waste in business processes and to improve the efficiency of all operations that meet or exceed customers' needs and expectations. A performance level of Six Sigma equates to 3-4 defects per million opportunities, where sigma is a statistical measure of the amount of variation around the process average. The average sigma level for most companies is three sigma. The authors offer guidance as to how companies may achieve Six Sigma performance. Organisations that have adopted the principles and concepts of Six Sigma methodology have realised that once they have achieved Five Sigma quality levels the only way to surpass the Five Sigma quality level is to redesign their products, processes and services from scratch. These circumstances have led to the development of what we call today 'design for Six Sigma'. Design for Six Sigma is a powerful approach to designing products, processes and services in a cost-effective and simple manner, to meet the needs and expectations of the customer.
六西格玛设计
实施六西格玛方法的概念在1980年代率先在摩托罗拉,目的是降低质量成本。六西格玛方法已经发展成为一种以统计为导向的方法,用于过程、产品或服务质量的改进。这是一个业务性能的改进策略用于提高盈利能力,驱动业务流程中的浪费和提高所有操作的效率,满足或超越客户的需求和期望。六西格玛的性能水平相当于3 - 4缺陷每百万机会,其中σ是一个统计量的测量平均值的变化过程。大多数公司的平均西格玛水平是3。作者提供指导如何企业可能达到六西格玛的性能。采用六西格玛方法的原则和概念的组织已经意识到,一旦他们达到了五西格玛质量水平,超越五西格玛质量水平的唯一途径就是从头开始重新设计他们的产品、流程和服务。这种情况下导致了今天的发展我们称之为“六西格玛设计”。六西格玛设计是一种强大的方法,以具有成本效益和简单的方式设计产品、流程和服务,以满足客户的需求和期望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Quality Progress
Quality Progress Engineering-Industrial and Manufacturing Engineering
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