Welcome to our plastic injection molding cycle simulation! This simulation features a single-cavity plastic injection mold designed to produce one AR-15 style pistol grip at a time. Through this interactive experience, you'll be guided step-by-step through each stage of the injection molding process, providing you a clear and detailed understanding of how these precision components are manufactured.
To begin your journey and explore how injection molding works, please click the button below to begin
the simulated molding cycle.
**Mold Open Phase:** In this phase of the injection molding cycle, the "A side," also referred to as the
"hot side" or "cavity side," separates from the "B side," commonly known as the "cold side" or "ejector side."
**Slide Retraction Phase:** During this phase of the injection molding cycle, the slides are retracted from the
undercut areas. This action facilitates the ejection of the molded part from the tool.
**Part Ejection Phase:** In this phase of the injection molding cycle, the molded part and runner are ejected from
the mold using ejector pins. This process ensures that the parts are removed efficiently and without damage.
**Slide Return Phase:** During this phase of the injection molding cycle, the slides are returned to their molding
positions. This movement enables the tool to close properly, preparing it for the subsequent injection cycle.
**Mold Close Phase:** In this the final stage of the injection molding cycle, the "A side," is returned to it's molding
position. This movement enables the tool to be ready for the subsequent injection cycle.
