“…Additive manufacturing (AM), which is also widely known as 3D printing, has attracted a great amount of attention over the last few years due to its capability to create complex 3D geometries with desired performance, leading to applications in various fields such as biotechnology [1], landslide modeling [2], medical applications [3], conductive devices [4], and sensors [5]. Several types of 3D printing can be found depending on their printing mechanism, for instance, selective laser melting, which utilizes thermal energy to selectively melt or sinter certain appointed molten pools of a powder bed [6], and stereolithography (SLA), which transforms liquid monomers into solid polymers utilizing a UV laser to trace and cure successive points from the photosensitive resin. However, one of the main challenges for many 3D printing technologies is their limited throughput due to the nature of the fabrication process.…”