Micro/nanorobots have attracted a lot consideration due to their potential means to carry out complicated duties exactly underneath managed actuation inside the human physique, similar to focused cargo supply, lesion exploration, and minimally invasive surgical procedure. Among the many varies emerged fabrication applied sciences, multidimensional additive manufacturing (MAM) know-how might enabled the design and fabrication of complicated constructions with multifunctional traits. In contrast with conventional manufacturing strategies, MAMs considerably cut back manufacturing complexity and time whereas enhancing design flexibility and customization. This evaluate supplies a complete overview of MAM applied sciences for establishing micro/nanorobots, together with their purposes and related challenges within the biomedical discipline. As well as, rising MAM approaches together with 4D, 5D, and 6D printing assisted by bodily intelligence, machine studying, and synthetic intelligence maintain nice potential for designing and fabricating extra refined and clever micro/nanorobots, thereby advancing their medical translation in close to future.
