Evaluación propiedades mecánicas: RESINA UV frente a ABS y PET-G en prototipo de carcasa de una máquina de tatuar

Abstract

Currently, tattoo machines are manufactured using 3D printing with UV resin. However, a need has been identified to improve the product's resistance to ensure greater durability and quality. This study aims to evaluate the viability of other manufacturing processes and materials that optimize production, considering economic factors that generate quality and market competitiveness. The proposed solution to this problem is a comparative properties study, which will use 3D printing with ABS and PET-G. The goal is to find the material with the best mechanical properties to create a more resistant and competitive product on the market. Upon completion of the study, the most suitable material is expected to be selected. This will allow for the production of tattoo machines with greater resistance and durability, while optimizing costs and guaranteeing product quality.