模具與成型產業之ERP平台的開發與整合

Development and Integration of ERP Platform for Mold and Molding Industry

黃宥臻(Yu-Chen Huang)

指導教授 ： 鍾文仁 ； 蔡瑞益

中原大學/工學院/機械工程研究所/碩士(2020年)

https://doi.org/10.6840/cycu202000755

摘要

近年來各企業已紛紛導入企業資源計劃ERP(Enterprise Resource Planning)，雖然ERP系統帶來了很多好處，如強化洞察力、提高生產效率、加速報表產出等優點，但是在專業模具廠的管理上，需要有一套更有效的整合系統，才能夠即時的提供完整的資訊給客戶及廠商；如能透過專屬之ERP系統和模具設計引導系統與MES(Manufacturing Execution System)做整合，將能夠有效的進行訂單管理、模具估價、模具設計、物料控管，並縮短聯絡上的時間，亦可即時得知目前訂單作業進度與設計相關資訊，並降低可能的人為問題與延誤，有效地達成廠商和客戶間的溝通來減少缺失。
所以本研究利用MongoDB資料庫搭配程式進行開發，以專屬之簡易型ERP系統與模具設計引導系統進行有效的整合，提供建構訂單、設計、估價及物料狀態系統等功能，從客戶下單到完成交付模具，每個階段的狀態都能即時、透明、正確地顯示在ERP系統上，模具廠人員能夠透過ERP進行訂單追蹤，在設計過程中如遇到任何問題，設計人員與客戶能夠進行線上的聯繫，透過線上聯繫能夠有效地增加工作效率，待設計完成後，設計端進行回饋估價參數，模具廠人員透過ERP進行估價，客戶透過系統即可得知估價結果，並決定是否確認訂單或是進行議價，待客戶進行付款，後續的設計與製造流程也都能夠從模具平台掌握即時資訊，而模具廠內人員操作本平台時，也能在客戶進行下單後，即時的接收所需的零件有哪些，並得知倉庫目前的庫存量，庫存量不足時系統進行警告通知，並利用MES平台接收機台加工進度，來提供客戶目前專案的即時進度，讓客戶可以在此整合型ERP系統上，完全掌控產品之生命週期。

關鍵字

企業資源規劃 ； 模具設計引導 ； 系統整合 ； 資訊可視化 ； 製造執行系統

並列摘要

In recent years, companies have introduced Enterprise Resource Planning (ERP). Although the ERP system has brought many benefits, such as enhanced insight, improved production efficiency, and accelerated report output, it is in the management of professional mold factories. , A more effective integration system is needed to provide complete information to customers and manufacturers in real time; if it can be integrated with MES (Manufacturing Execution System) through the exclusive ERP system and mold design guidance system, it will be able to perform effectively Order management, mold evaluation, mold design, material control, and shorten the contact time. You can also know the current order progress and design-related information in real time, and reduce possible human problems and delays, effectively reaching the manufacturer and customer Communication to reduce missing.
Therefore, this research uses the MongoDB database to develop with the program, and effectively integrates the exclusive simple ERP system with the mold design guidance system, providing functions such as order construction, design, valuation and material status system, from the customer's order to the completion of delivery The status of each stage of the mold can be displayed on the ERP system in real time, transparently and correctly. The mold factory personnel can track orders through ERP. If any problems are encountered during the design process, the designer can communicate with the customer online , Online contact can effectively increase work efficiency. After the design is completed, the design end will feedback the evaluation parameters. The mold factory personnel will evaluate the price through ERP, and the customer can know the evaluation result through the system and decide whether to confirm the order or negotiate the price After the customer pays, the subsequent design and manufacturing process can also grasp real-time information from the mold platform. When the mold factory personnel operate this platform, they can also receive the required parts in real time after the customer places an order , And know the current inventory of the warehouse. When the inventory is insufficient, the system will give a warning notification, and use the MES platform to receive the processing progress to provide the customer with the real-time progress of the current project, so that the customer can use this integrated ERP system to completely Control the product life cycle.

並列關鍵字

Enterprise Resource Planning ； Mold design guidance ； System integration ； Information visualization ； Manufacturing Execution System

參考文獻

[1] Shu, L., Mukherjee, M., Pecht, M., Crespi, N., and Han, S. N., 2018, "Challenges and Research Issues of Data Management in IoT for Large-Scale Petrochemical Plants", IEEE Systems Journal,12(3), pp. 2509-2523.

[2] Hamdi, S. El., Abouabdellah, A., and Oudani, M., 2018, "Disposition of Moroccan SME Manufacturers to Industry 4.0 with the Implementation of ERP as a First Step", International Conference on Enterprise Systems (ES), Limassol, pp. 116-122.

[3] Jong, W. R., Wu, C. H. Li, M. Y. (2011). Web-Based Navigating System for Conceptual Mould Design with Knowledge Management. International Journal of Production Research, 49(2), 553-567.

[4] Maria, W., and Birgit, V. H., 2012, "Towards a Formal Specification Framework for Manufacturing Execution Systems", IEEE Transactions on Industrial Informatics, 8(2), pp. 311-320.

[5] Gupta, M., Kohli, A., 2006, "Enterprise Resource Planning Systems and its Implications for Operations Function", Technovation, 26(5-6), pp. 687-696.