摘要
隨著企業環境的變化，市場的動向也呈現出相當大的變革，差異化與客制化產品使生產產生相當大的變革，由以往的「大量生產」環境轉變為「少量多樣」的生產模式，而此類產品通常有幾個特色如小批量生產型態、交貨期間短的產品，產品規格變化多以及技術難度高的產品，而不同的生產方式也會影響存貨、在製品以及交期。 本研究主要以研究少量多樣化的生產模式，運用模擬軟體eM-plant建構適合的單元生產模式，本研究主要針對單元生產技術應用於組裝業之模式建構，其探討重點分成下列幾項：(一) 系統模擬建立新的單元生產模式、(二) 實驗設計的方式定適合的組裝單元生產個數以及分站與否，並針對相關實驗因子找出較佳的生產模式、(三) 單元生產之績效評估及(四) 分析實驗因子是否對產出量有顯著影響，並利用不同的績效衡量指標進行結果分析，期望能供給現場決策者立即可行解決方案。
並列摘要
In order to cope with the business environment and marketing change, the product- ion has been changed by the differentiation and customization. It has been changed from mass to high mix and low volume oriented production. This kind of products have some features, like a small batch, short delivery time, and high technology. This study intends to look into the small and varied production by the simulation software eM-Plant to establish cell production. The research applies the cell production for the electronic assembly process as follows. First, the cell production can be establ-ished by simulation. Second, simulation is able to find suitable cell numbers and mod- els by experimental design. Third, performance evaluation for the different cell produ- ction models can be conducted. Last, we can analyze the experimental factors to see whether they have impact on the throughput or not. As a result, it can provide the top managers to make a strategic decision.