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Abstract(s)
O constante desenvolvimento industrial em todas as partes do mundo necessitou de tecnologias
que acompanhassem a sua evolução, tecnologias das quais faz parte a impressão
3D. A impressão tridimensional tem vindo a ser desenvolvida constantemente nos últimos
anos devido à sua forte utilização em diversos setores e às múltiplas vantagens que advêm
da sua aplicação. Com este trabalho pretende-se efetuar um estudo acerca do impacto
da utilização de diversos softwares usados para impressão 3D em seis objetos distintos
utilizando-se diversos ângulos de impressão, com o objetivo de encontrar o melhor tempo
de impressão e o menor consumo de filamento para a construção dos objetos. Para se realizar
tal estudo foram utilizados os softwares Simplify 3D, Repetier Host e Cura. Em cada
um dos softwares foram estudadas as seis figuras utilizando em cada uma das simulações
executadas diferentes ângulos possíveis para realizar a impressão, tendo em consideração
que os ângulos foram estudados previamente em um trabalho conjunto entre a Universidade
do Minho com a Escola Superior de Tecnologia e Gestão. Com a finalização das
simulações foi verificado que não existe um ângulo em comum que possa ser utilizado em
todas as peças para obter resultados satisfatórios, mas sim que para cada um dos objetos
estudados deve ser utilizado um ângulo específico, existindo apenas comummente e maioritariamente
entre todos os objetos o software que melhores resultados gerou em relação
ao tempo de impressão, o Simplify 3D, enquanto que para o valor de filamento utilizado
para impressão o software que melhores resultados gerou foi o Cura.
Constant industrial development in all parts of the world has required technologies that keep pace with its evolution, technologies of which 3D printing is a part. Three-dimensional printing has been constantly developed in recent years due to it’s strong use in various sectors and the multiple advantages that come from its application. This work intends to study the impact of using various softwares used for 3D printing on six different objects using different printing angles, in order to find the best printing time and the shortest filament consumption for the construction of objects. To carry out such a study, we used the Simplify 3D software, Repetier Host and Cura software. In each of the software the six figures were studied using in each of the simulations performed different possible angles to make the impression, considering that the angles were previously studied in joint work between the University of Minho and the Superior School of Technology and Management. With the completion of the simulations, it was found that there is no common angle that can be used in all parts to obtain satisfactory results, but that for each of the objects studied a specific angle should be used, existing only commonly and mostly among all the software results that generated the best results in relation to the printing time, Simplify 3D, while for the filament value used for printing, the software results that generated the best results was the Cura software.
Constant industrial development in all parts of the world has required technologies that keep pace with its evolution, technologies of which 3D printing is a part. Three-dimensional printing has been constantly developed in recent years due to it’s strong use in various sectors and the multiple advantages that come from its application. This work intends to study the impact of using various softwares used for 3D printing on six different objects using different printing angles, in order to find the best printing time and the shortest filament consumption for the construction of objects. To carry out such a study, we used the Simplify 3D software, Repetier Host and Cura software. In each of the software the six figures were studied using in each of the simulations performed different possible angles to make the impression, considering that the angles were previously studied in joint work between the University of Minho and the Superior School of Technology and Management. With the completion of the simulations, it was found that there is no common angle that can be used in all parts to obtain satisfactory results, but that for each of the objects studied a specific angle should be used, existing only commonly and mostly among all the software results that generated the best results in relation to the printing time, Simplify 3D, while for the filament value used for printing, the software results that generated the best results was the Cura software.
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Keywords
Impressão 3D Prototipagem rápida Ângulos Softwares