检查井模具其标准是如何规划
How to plan the standard of inspection well mould
检查井模具技术为其检井轴产品有任何需求,主要是为了确保其准确性,和生产的经济要求检查井模具是生产效率高,成本低,使用寿命长。所以影响生产效率的主要因素如下:根据字符的塑料部分,和尺寸的精度要求,为大规模生产,检查井和高精密模具制造困难,需要特定的人员生产,而不是大规模生产。
The inspection well mold technology has any demand for its inspection shaft products, mainly to ensure its accuracy, and the economic requirements of production inspection well mold is high production efficiency, low cost, long service life. Therefore, the main factors affecting the production efficiency are as follows: according to the plastic part of characters and the accuracy requirements of dimensions, it is difficult to manufacture inspection wells and high-precision molds for large-scale production, which requires specific personnel to produce, rather than large-scale production.
检查井模具应有利于模具加工、排气,脱模成型操作,检查好产品的表面质量也将是安全的。浇注系统包括主浇道、跑步,门的形状、位置和大小。排气系统包括排气方法和排气槽位置、大小、模具应选择相应的检查井的喷射方式,如推杆、顶管、推板、复合,如确定侧凹处理法和抽芯法。检查井模具根据其冷却和加热模式确定冷却加热槽的形状、位置和加热元件的安装。检查井模具根据其材料,强度计算,或经验数据来确定模具零件的厚度,外观尺寸,形状结构和所有连接,定位的位置,方向,检查模具根据其主要组成部分来确定其结构。
The inspection well mold should be conducive to mold processing, exhaust, demoulding and molding operation, and it will be safe to check the surface quality of products. Gating system includes main runner, running, shape, position and size of gate. The exhaust system includes the exhaust method, the position and size of the exhaust groove, and the injection mode of the corresponding inspection well shall be selected, such as push rod, pipe jacking, push plate and composite, such as determining the side concave treatment method and core pulling method. According to the cooling and heating mode of the inspection well mould, the shape, position of the cooling and heating tank and the installation of the heating elements are determined. According to the material, strength calculation or experience data, the inspection well mold determines the thickness, appearance dimension, shape structure and all connections, positioning position and direction of the mold parts. The inspection mold determines its structure according to its main components.