Faced with an increasingly competitive global market, companies focus their efforts on developing new products to meet demand and stay competitive. In the process of developing injected products, the injection mold is shown to be a complex, costly and very important for obtaining quality components. In many cases, only after the mold is completed and tested are faults detected in the production of the injected component.

Therefor the main objective of the project involves the optimization of molds for the injection of molded parts with complex geometry with thin walls and high surface quality. This optimization involves a redefinition of the entire line of the conception of the mold, from the design to the manner of the production of molding areas, including the molding processes with the dynamic control of the temperature, HOT.COOLING systems by gas flows, to obtain parts with high surface quality, especially for the automotive and aeronautics sectors.