3D Printing, Complement to Approach in Complex Lesions

Authors

  • Boris Luis Torres

  • Gloria Castillo Lara

  • JosE9; Antonio Travieso RodrED;guez

  • Emilio Fidel Buchaca

  • Jordi LlumE0; i Fuentes

  • BE1;rbara Adrover Monserrat

Keywords:

3D printing, polymers in additive manufacturing, 3D design, surgical planning, personalized medicine

Abstract

The use of 3D printing is a technology in increasing expansion in the area of the medical sciences We describe it the technical characteristics of 3D printing and a protocol of obtaining of models three dimensional as a complement to the imaging studies for the approach of complex injuries 3D printing of five areas of interest corresponding to vascular lesions spinal renal and pulmonary by additive manufacturing technique 1 75mm extrafill polylactic acid was used following the imaging method DICOM medical 3D reconstruction in format STL and G-code of each structure being carried out Ender-3 computer printing They were printed structures at a scale of 50-75 of the real volume with average processing time of 32 4 min This technology allows you to individualize care of patients with complex injuries raising the quality of medical services techers and decreasing the direct costs of care per hospital stay

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How to Cite

Boris Luis Torres, Gloria Castillo Lara, JosE9; Antonio Travieso RodrED;guez, Emilio Fidel Buchaca, Jordi LlumE0; i Fuentes, & BE1;rbara Adrover Monserrat. (2022). 3D Printing, Complement to Approach in Complex Lesions. Global Journal of Medical Research, 22(K1), 39–44. Retrieved from https://medicalresearchjournal.org/index.php/GJMR/article/view/2699

3D Printing, Complement to Approach in Complex Lesions

Published

2022-05-09