The injection mold cooling system design is very important to improve the mold design and manufacture of standard and quality of products.
注塑模具冷却系统对于提高模具的设计制造水平和制品的质量是非常重要的。
The matching areas of hot runner system and mold are reduced and pipe connection is adopted for pneumatic / hydraulic & cooling which make mold design and machining simpler.
热流道系统与模具配合部分减少，气路、油管、冷却采用管道连接，模具设计加工更方便、更简单；
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。
With this system, the runner gate system design, mold cooling analysis, surface modeling, and automatic drawing could all be well carried out on microcomputer.
此系统主要解决了四个难点：浇注系统设计、冷却系统分析、型腔、型芯的曲面造型设计、装配图和零件工作图的设计绘制。
The basic principle of cooling simulation technology and its application in the injection mold cooling system and the design of the processing parameters are introduced.
介绍注射模冷却模拟技术的基本原理及在注射模冷却系统和工艺参数设计中的应用。
During the mold design, gating system and cooling system designed and optimized with CAE technology.
在模具设计过程中充分CAE技术来优化设计浇注系统和冷却系统。
During the mold design, gating system and cooling system designed and optimized with CAE technology.
在模具设计过程中充分CAE技术来优化设计浇注系统和冷却系统。
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