Integration Methods for Maintenance and Service of Wire Bonder

• Main Authors: Yu-Tsang Hsieh, 謝育倉
• Other Authors: Ren-Jung Chang
• Format: Others
• Language: en_US
• Published: 2007
• Online Access: http://ndltd.ncl.edu.tw/handle/23709865854732118373

碩士 === 國立成功大學 === 機械工程學系碩博士班 === 95 === Abstract The current research area of product development and manufacturing is increasingly paying attention to address industry efforts to reduce lead time, cut development and manufacturing costs, increase quality and product performance, and lower total life cycle cost. The study of Axiomatic design integrated with other methodologies concerning the maintenance and service for wire bonder is the core of this thesis. Two axioms including the independence and information axioms were identified by examining the common elements that are present in designing a wire bonder. The information axiom will be applied to the verification of quality by the robust method in this thesis. The integration methods by employing quality function deployment, mechatronics, axiomatic design, Taguchi method, and value engineering are proposed to construct system knowledge and integrate with axiomatic design for machine diagnostics and process optimizations in maintenance and service for wire bonder. These information and knowledge also are to be documented for the maintenance practice. The model of equipment failure and maintenance has been proposed. The benefits by the present methods are not only to improve the engineering ability but also can help to develop the wire bonder to meet the complex applications of IC packaging in evolution. The ultimate value of maintenance management in the industrial business by the present integration methods is illustrated. The quantitative evaluation in maintenance and service provide the criterion of the life cycle cost to improve the acceptance or worth by customers.