一种自动化微孔发泡注塑成型机的优化研究

Optimization research of the automatic microcellular foam injection molding machine

随着新型合成材料的涌现和要求使用高精度泡塑产品的范围不断扩大,绿色、环保、节能的意识日益增强,对生产泡塑产品设备的要求越来越高。文章通过对一种自动化微孔发泡注塑成型机在散热系统模式、油缸结构、压力监控装置以及以客户需求驱动产品设计共享系统等方面的深入研究和优化设计,从延长高效区间工作占比、降低非工作能耗和提高产品可靠性等方面入手,以满足产品在安全性、可靠性、操作舒适性和节能环保上的要求。

With the emergence of new synthetic materials and the continuous expansion of the range of high-precision foam products,as well as the growing awareness of green,environmental protection and energy conservation,the requirements for the production of foam products and equipment are getting higher and higher.Through the in-depth research and optimization design of an automatic microcellular foam injection molding machine in the heat dissipation system mode,oil cylinder structure,pressure monitoring device and customer demand driven product design sharing system,the paper starts with extending the proportion of efficient interval work,reducing non work energy consumption and improving product reliability to meet the requirements of product safety,reliability,operation comfort,energy conservation and environmental protection.