Sustainable Design and Assessment for Green Mold

• Main Authors: Po-You Chen, 陳柏佑
• Other Authors: Jui-Che Tu
• Format: Others
• Language: zh-TW
• Published: 2007
• Online Access: http://ndltd.ncl.edu.tw/handle/45018020521746666571

碩士 === 大葉大學 === 設計研究所 === 95 === With the frequent offshore migration of business activities, the export for mold industry in Taiwan also shifts its focus to Mainland China and then the products are sold back to Taiwan from the Mainland China, which deeply related to the fact that the benefits are overwhelmed by the capital in Taiwan. So far the molds produced in Taiwan are taking the route of high nicety mold in order to be distinct from the low rank mold from Mainland China. Under the influence of global environmental protection trend, according to reports related to molds, the green designs are extended to the machine manufacturing industry. With the mold industry as the basic equipment for the technical art in the development of domestic industry, the producing technology has become an important index to evaluate the quality of the product for the country. Therefore, it is more important to promote the green design in the mold industry which will be the main stream for mold industry in the 21st century. The concept of the green mold design is to introduce the green environmental concept into the stages of designing, producing, using, repairing, and recycling before developing the mold. In addition, in order bring better efficiency for the mold, the dismantability design can also be introduced into the developing design. The discarded mold can be used repeatedly to decrease the consumption of the material for components, to reduce the contamination for environment, and to save the capital and the energy. This study adoptes Analytic Hierarchy Process (AHP) to discover the important elements for green design, construct developmental system for green mold, lead to moulded developmental layout and draw up perpetual sustainability for green mold in the developmental process and check-up table so that productive capacity can be arranged smoothly subject to schedule and more intention and interest will be spent on green mold accordingly.