Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process
碩士 === 國立勤益科技大學 === 工業工程與管理系 === 105 === The case company provides variety tool-holders products which manufacturing lead time is very long. The company must consider the important factors of high quality; shorten delivery time and cost reduction. In this research, the value stream mapping method an...
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ndltd-TW-105NCIT50410182019-05-16T00:15:12Z http://ndltd.ncl.edu.tw/handle/9522c5 Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process 應用價值溪流圖與Flexsim模擬技術於刀桿製程改善 Guan-Heng Lin 林冠亨 碩士 國立勤益科技大學 工業工程與管理系 105 The case company provides variety tool-holders products which manufacturing lead time is very long. The company must consider the important factors of high quality; shorten delivery time and cost reduction. In this research, the value stream mapping method and simulated technique are applied to analyze the production process. Firstly, the data of shop flow are collected and current state value stream mapping is drawn. Flexsim software is used to simulate flow line according to the current state value stream mapping, and then find out the waste in the processes. The future state value stream mapping is drawn, and the future improvement plans are proposed based on the simulation results. This simulated result shows that the manufacturing lead time and delivery time are both reduced. Therefore, the combined method of value stream mapping with system simulation is applied effectively to improve the manufacture process for case company. Li-Man Liao 廖麗滿 2017 學位論文 ; thesis 84 zh-TW |
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碩士 === 國立勤益科技大學 === 工業工程與管理系 === 105 === The case company provides variety tool-holders products which manufacturing lead time is very long. The company must consider the important factors of high quality; shorten delivery time and cost reduction. In this research, the value stream mapping method and simulated technique are applied to analyze the production process. Firstly, the data of shop flow are collected and current state value stream mapping is drawn. Flexsim software is used to simulate flow line according to the current state value stream mapping, and then find out the waste in the processes. The future state value stream mapping is drawn, and the future improvement plans are proposed based on the simulation results. This simulated result shows that the manufacturing lead time and delivery time are both reduced. Therefore, the combined method of value stream mapping with system simulation is applied effectively to improve the manufacture process for case company.
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Li-Man Liao |
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Li-Man Liao Guan-Heng Lin 林冠亨 |
author |
Guan-Heng Lin 林冠亨 |
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Guan-Heng Lin 林冠亨 Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
author_sort |
Guan-Heng Lin |
title |
Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
title_short |
Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
title_full |
Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
title_fullStr |
Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
title_full_unstemmed |
Applying value stream mapping and Flexsim simulation technology to improve the tool holder manufacturing process |
title_sort |
applying value stream mapping and flexsim simulation technology to improve the tool holder manufacturing process |
publishDate |
2017 |
url |
http://ndltd.ncl.edu.tw/handle/9522c5 |
work_keys_str_mv |
AT guanhenglin applyingvaluestreammappingandflexsimsimulationtechnologytoimprovethetoolholdermanufacturingprocess AT línguānhēng applyingvaluestreammappingandflexsimsimulationtechnologytoimprovethetoolholdermanufacturingprocess AT guanhenglin yīngyòngjiàzhíxīliútúyǔflexsimmónǐjìshùyúdāogǎnzhìchénggǎishàn AT línguānhēng yīngyòngjiàzhíxīliútúyǔflexsimmónǐjìshùyúdāogǎnzhìchénggǎishàn |
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