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Methods for Implementing Compensation Strategies in Micro Production Systems Supported by a Simulation Approach

机译:仿真方法支持的微生产系统中补偿策略的实现方法

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摘要

Customers demands for highest product quality and lowest product costs and the use of rapidly changing technologies are the challenges for industrial companies. To cope with these challenges production processes need to be more effective. This also applies to the production of innovative micro products. However, the micro production has so far not adopted the advantages of established organization and quality strategies in production systems. Therefore, this article proposes three compensations methods which integrate quality strategies into a micro production system (MPS) with respect to the special needs of producing micro products. The aim is to balance quality errors against each other throughout the production process. This is illustrated by the example of micro assembly. This example uses a simulation approach to show the integration of the afore mentioned compensation methods in combination with a quality strategy. It allows a dynamic view of the effect of balancing errors during the whole production process.
机译:客户要求最高的产品质量和最低的产品成本,以及使用快速变化的技术是工业公司面临的挑战。为了应对这些挑战,生产过程需要更加有效。这也适用于创新型微型产品的生产。但是,到目前为止,微型生产还没有采用生产系统中已建立的组织和质量策略的优势。因此,本文针对生产微型产品的特殊需求,提出了三种将质量策略集成到微型生产系统(MPS)中的补偿方法。目的是在整个生产过程中平衡质量错误。微型装配的例子说明了这一点。该示例使用模拟方法来显示上述补偿方法与质量策略的集成。它可以动态查看整个生产过程中平衡误差的影响。

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