Study Of Cooling System Design For iPhone Case

Mazlan, Mohamad Aqmal (2018) Study Of Cooling System Design For iPhone Case. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Study Of Cooling System Design For iPhone Case.pdf - Submitted Version Download (403kB)

Abstract

Filling and packing stage, cooling stage, and ejection stage are the injection moulding three significant stages. Cooling stage is the upmost important one among the other stages because it primarily affects the quality and the productivity of the process. It is well known fact that more than sixty (60) percent of the moulding cycle are made up by cooling process. Since there are two main types of cooling which is the conventional and conformal cooling, thus comes the issue of which of this cooling method can provide the best cycle time, flow, area of coverage and output for the Iphone case product. This report aims is to analyse the cooling system design in mould injection process for Iphone case product and identify the best cooling system design in mould injection process of Iphone case product. The parameters for this analysis was set to be the same with one another to ensure a fair and non-bias results. The result from the analysis shown that the conformal cooling system is more efficient in providing the best outcome in plastic injection moulding and the best productivity in the production. Conformal cooling channel provide the shorter time for the product to freeze, lower volumetric shrinkage, and lesser warpage reflection compared to the series cooling channel.

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