3D‐Printed Architected Material for the Generation of Foam‐Based Protective Equipment

This article explores the development of architected structures, considering both their static and dynamic performances for protective equipment and aiming to replace traditional foam materials. The study delves into the complexities of the manufacturing process for these structures, with a particular focus on 3D printing specific parameters. This technology offers unique opportunities for designing and developing highly customized products. By integrating both design and production processes, the study aims to tailor the mechanical performance of the final structures, particularly their impact strength and damping properties. A key aspect of this research involves testing samples generated using the developed structures and comparing the results to conventional nonprinted foams typically used in protective equipment. The findings demonstrate that the new methodology has significant potential for creating a new generation of protective gear with high customizability, reduced weight, and tunable performance.