Abstract
In injection process, many factors affect the molding process and the final quality of the parts. The method of traditional mould design is relied on the designer?s experience, and it can be time-consuming and expensive. With the help of CAE systems, designers can reduce costly trial-and-error loops and shorten development cycle, and correctly solve production problems on material property, product design, and mould design. The paper introduced the application of MoldFlow in injection molding development of the electric fan shell. Best injection location is attained. Fill time, weld lines, air trips, clamp force, pressure at end of fill, and pressure at injection location are deeply studied. The numerical simulation corresponds well with practical process. The simulation provides scientific and valuable injection process information and helps engineers to take right decisions when they develop the tools. At last, the die for electric fan shell is designed, and the CNC machining of the die core is programmed by UG NX software.
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