3D printing turbine slicing path optimization based on FDM technology

Abstract

Abstract In 3D printing technology, optimizing the slicing path is very important for printing efficiency and forming quality. In this study, the slicing path of the turbine STL model in 3D printing based on FDM technology is optimized. By improving the traditional slicing algorithm, data redundancy is reduced, and the efficiency of path generation is improved. An index-based optimization slicing algorithm is proposed, which effectively improves the efficiency of the algorithm, reduces the system consumption, and achieves more efficient slicing processing.