Transcription of Plastic Part Design for Injection Molding
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Plastic Part Design for Injection Molding
Plastic Part Designfor Injection MoldingAn Introduction2nd EditionRobert A. MalloyISBNs978-1-56990-436-71-56990-436- 7 HANSERH anser Publishers, Munich Hanser Publications, CincinnatiSample Chapter 5: Prototyping and Experimental Stress Analysis5 Prototyping and Experimental Prototyping Plastic PartsIt is generally best to develop both models and prototype parts during the plastics productdevelopment process. The prototyping stage of product development is crucial to the successof a project, yet this aspect of development is often hurried through or underfunded. Proto-type parts are used for communications, engineering studies, market studies/promotions, toevaluate product manufacturability/assembly characteristics, and to verify CAD model orprint accuracy. Regardless of the medium chosen, prototyping techniques generate physicalmodels that act as a primary means of communication between Product Marketing, ProductEngineering, Tooling and Product Manufacturing groups.
uct are strongly influenced by the tool design and the manufacturing and injection molding conditions.Preproduction tool trial results allow the mold designer to fine tune the produc-tion mold design,and provide the design team with a potentially large number of nearly real
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