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  • 學位論文

運用製造執行資訊系統改善製程之設計-以鋰電池極片製造為例

The Application of a Manufacturing Execution System to Improve Manufacture Process Design-A Case Study of Using Li-Battery Pole piece Production

指導教授 : 何正斌博士

摘要


鋰電池極片製造可分為混料、塗佈、滾壓及分條生產等4個製程,而單就混料製程製令單上,就需要輸入55個製程參數及14個檢驗值,若發生製程前站或檢驗工作未完成,即進入下一站製程,可能會造成後段不良品大量產生。因此本研究針對電池極片製作流程,設計一套製造執行資訊系統,當在製品在前一站未完成檢驗前,後站製程無法產生自主檢查記錄表並進行生產。其目的是防止人為錯誤,藉由參數管理系統將配方確實導入生產,而所有送驗的資料也能迅速產生結果,防止不良原料再加工。本研究結果個案公司於應用本系統後,鋰電池生產良率預期至少可提升約2%以上。

並列摘要


Lithium battery pole piece manufacturing can be divided into four steps: mixture, coating, rolling and cutting. The case study production company in order to manufacture the pole piece mixture, will need to input 55 X process parameters and 14 Y inspection values. If the pre-process or inspection is not completed then pass to the next process, it will cause the post-process to produce defective products and reworks. This study is to design a manufacturing execution system based on Li-Battery pole piece production system development, which will not let the post-process start self inspection before the former process is completed, this will prevent human error and by parameter to manage the system will make the right formula into production, also the data for inspection will bring the result rapidly which can prevent defective productions and reworks. The Li-Battery pole piece production yield rate will improve at least 2% after the case study production company to apply this system.

參考文獻


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Management for Competitive Advantage, White Paper No.5

被引用紀錄


游蒙勝(2005)。新時代運動:個體化潮流下的反身性靈性實踐〔碩士論文,國立臺灣大學〕。華藝線上圖書館。https://doi.org/10.6342/NTU.2005.01929

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