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The aim of this work is to fabricate physical models of skulls fractured by 3D printing and customized pre-surgical\udimplant in pure titanium sheets. The early manufacturing of model and implant allows the surgeon to plan surgery and\udreduce the runtime; the personalization contributes to the aesthetic and functional outcome of the implant, since it considers\udthe anatomy of each patient. Methodology: from DICOM images generated by computed tomography of defective skull,\udboth defective and repaired parts are reconstructed digitally in CAD. The fabrication of the physical model of the defective\udpart is made by 3D printing. The manufacture of the implant in titanium sheet grade 2 is performed by incremental sheet\udforming - low-cost process that uses simple tooling and allows the fabrication of custom implants. The final dimensions of\udthe implant and its assembly achieved satisfactory results, indicating the efficiency of the resources and parameters used

MANUFATURA DE IMPLANTE CRANIANO CUSTOMIZADO UTILIZANDO IMPRESSÃO 3D E ESTAMPAGEM INCREMENTAL DE CHAPAS