现在有越来越多的公司基于Moldflow技术进行产品的创新设计或模具的

现在有越来越多的公司基于Moldflow技术进行产品的创新设计或模具的设计研发。基于Moldflow技术的家电模具设计与研究，从家电注塑模具重的浇注系统和成型系统两大系统介绍，在浇注系统中用不同的进胶方式和同一进胶方式不同进胶位置给产品产生不同的质量缺陷或者解决不同质量缺陷。在成型系统中用不同模具结构解决模具问题，运用3D打印技术和仿生学原理对传统模具结构进行优化改善，研发制造仿生模具结构进一步解决模具问题，通过生产实践证明3D打印技术解决模具气体排放异常问题。<br> 论文主要研究了基于Moldflow技术在家电模具设计研发，给模具设计确定方案指明方向。介绍了两个模型：一个模型从家电注塑模具的不同浇注系统可以改善模具排气，另一个模型是模具排气组件排气或融合3D打印金属增材制造技术设计研发制造仿生钢排气都达到了解决模具的问题。<br>研究结果表明：基于Moldflow技术的家电模具设计与研究融合3D打印金属增材制造技术设计研发制造仿生钢，利用仿生钢特有的物理属性和独有的结构功能优化模具结构，注塑生产合格产品，给用户带来更好的体验。

Now more and more companies carry out innovative product design or mold design and R & D Based on Moldflow technology. The design and research of home appliance mold based on Moldflow technology is introduced from the two systems of gating system and molding system of home appliance injection mold. In the gating system, different glue feeding modes and the same glue feeding mode and different glue feeding positions produce different quality defects or solve different quality defects. In the molding system, different mold structures are used to solve the mold problem, the traditional mold structure is optimized and improved by using 3D printing technology and bionics principle, and the bionic mold structure is developed and manufactured to further solve the mold problem. The production practice shows that 3D printing technology can solve the abnormal discharge of mold gas.<br>This paper mainly studies the research and development of home appliance mould design based on Moldflow technology, and points out the direction for determining the scheme of mould design. Two models are introduced: one model can improve the mold exhaust from different gating systems of household appliance injection molds, and the other model is the mold exhaust component exhaust or the design, development and manufacturing of bionic steel exhaust by integrating 3D printing metal additive manufacturing technology.<br>The research results show that the home appliance mold design and research based on Moldflow technology integrate the 3D printing metal additive manufacturing technology, design, develop and manufacture bionic steel, optimize the mold structure by using the unique physical properties and unique structural functions of bionic steel, and produce qualified products by injection molding, so as to bring better experience to users.

At present, more and more companies are engaged in innovative product design or mold design and development based on Moldflow technology. Design and research of home appliance mould based on Moldflow technology, introduced from two major systems of home appliance injection mould: pouring system and molding system, in the pouring system, different glue feeding methods and the same glue feeding method and different glue feeding positions can produce different quality defects for products or solve different quality defects. In the molding system, different mold structures are used to solve mold problems, 3D printing technology and bionics principle are used to optimize and improve the traditional mold structures, and bionic mold structures are developed and manufactured to further solve mold problems. Production practice proves that 3D printing technology can solve the abnormal gas emission problem of molds. This paper mainly studies the research and development of home appliance mould design based on Moldflow technology, and points out the direction for the mould design scheme. Two models are introduced: one model can improve the mold exhaust from different gating systems of home appliance injection mold, and the other model is that the mold exhaust assembly exhaust or bionic steel exhaust designed and manufactured by integrating 3D printing metal additive manufacturing technology can solve the mold problem. The results show that the design and research of home appliance mould based on Moldflow technology integrates 3D printing metal additive manufacturing technology to design, develop and manufacture bionic steel, optimize the mould structure by using the unique physical properties and unique structural functions of bionic steel, and produce qualified products by injection molding, which brings better experience to users.