Moreover, comparing to traditional mechanical analysis, this paper introduces the design of backing plate and provides a new method for the design of injection mold cavity.
以注塑模垫板的设计为例详细阐述，并与传统力学分析对比，为注塑模具的型腔设计提供了一种新方法。
Firstly, the structure of injection mold is analyzed by use of GT, mold parts are classified to 4 types of ones: cavity or core, mold plate, structure and standard parts.
首先运用成组技术基本原理，对注塑模具结构进行了分析，提出了模具零件按其功用可分为型腔型芯、模板、结构件和标准件等4类零件的分类方法。
Through analyzing moulding technology of the toolbox, designed a injection mold with straight gate injection system, ejector rod and stripper plate united ejection mechanism.
通过对工具箱的塑件工艺分析，确定了直浇口浇注系统、推杆、顶板联合顶出的模具结构。
The design manner of cooling system of CD injection mold was mainly introduced, and the cooling water channel of moving plate, stationary plate, sprue and punch etc were detailed.
介绍了光盘注射模冷却系统的设计方法，以及动镜面、定镜面、浇口与凸模的冷却水路等。
Polyether imide is a suitable plastic material for forming the substrate plate. A suitable molding process is injection molding, wherein a highly polished mold is used.
聚醚酰亚胺是适于作所述基片的塑性材料，合适的模塑过程是注塑模，且使用高度抛光的模具。
Polyether imide is a suitable plastic material for forming the substrate plate. A suitable molding process is injection molding, wherein a highly polished mold is used.
聚醚酰亚胺是适于作所述基片的塑性材料，合适的模塑过程是注塑模，且使用高度抛光的模具。
应用推荐