Estudo de resina epóxi e adesivo á base de cianoacrilato aplicado em moldes produzidos em manufatura aditiva para confecção de próteses maxilo facial à base de silicone

Abstract

The additive manufacture can be integrated with bioengineering to help from the production of biomodels to the printing of prostheses and implants. This last por its tem fundamental fundamental in the value of bem-estar and in social social having such the amputation such as higher knowledge. The present article has used the Zprinter 650 3D printer and focused on testing how two infiltrating materials, already used to strengthen the mechanical strength of parts produced by additive manufacture, according to the literature, interact with SILASTIC® MDX4-4210. The molds are maintained in their dimensions, get better surface results and increase the mechanical resistance at the same time as the polymerization of the elastomer. The process of production of maxillofacial prosthesis can be performed with the aid of scanning mechanisms, 3D modeling of the mold for the production of the prosthesis. Once defined and designed in a 3D file the mold is printed in additive manufacture in the printer and in post processing the infiltrating material is applied.