Julius Jasiulis

Understanding the injection molding cycle time of a part in production is crucial for several reasons. It allows manufacturers to determine their production rate, which influences the quantity of the parts produced and thus efficiency of the machine. Understanding a part’s cycle time and its stages may also help manufacturers to determine changes they can make that may reduce the time taken to produce a part. This article breaks down the stages of the injection molding cycle time, explains...

Injection molding refers to the manufacturing process of injecting the molten material into the mold to produce parts of various shapes and sizes. At the same time, injection molding materials may incorporate but are not limited to metals, elastomers, ceramics, and most usually thermoplastic and thermosetting polymers. However, the topic will swirl around plastic injection molding in this article, specifically covering the context of plastic injection molding undercuts, along with some...

Plastic injection molding is a technique of manufacturing where a fixed frame known as mold or matrix (also named as tool) is used for shaping liquefied by heat polymers or elastomers. The contemporary injection molding processes constitute plastic injection molding, insert molding, 2K molding, metal injection molding and over-molding. Injection molding occurs when plastic materials molten by heat are injected into the mold cavities, cooled, and solidified to attain molded products. It is an...