3D printing has been applied in numerous research fields ranging from biomedical, mechanical engineering and chemistry to material science. 3D printing applications have driven innovations in particle technology, especially through tackling particle-related issues arising from the development of particle-based printing feedstocks across such application areas. Therefore, in this review, established 3D printing processes are described to include their prototyping mechanisms, advantages and limitations. Various particulate systems, including dry and wet systems, as printing feedstock materials are introduced. The main motivation for this paper is to outline the current state of particulate feedstock systems and to attempt to outline future directions for enhancing these particle applications. This paper would be valuable for individuals, researchers and companies who need adequate and comparative information regarding the state of particle applications in the AM industry.

3D 打印已应用于从生物医学、机械工程和化学到材料科学的众多研究领域。3D 打印应用推动了粒子技术的创新，特别是通过解决在这些应用领域开发基于粒子的打印原料而产生的粒子相关问题。因此，在本次审查中，对已建立的 3D 打印工艺进行了描述，包括其原型制作机制、优势和局限性。引入了各种颗粒系统，包括干式和湿式系统，作为印刷原料。本文的主要动机是概述颗粒原料系统的当前状态，并尝试概述增强这些颗粒应用的未来方向。这篇论文对个人很有价值，