As optical technologies are established across various spatial and temporal scales, the reduction in cost is a key factor in achieving widespread application. Rotative printing processes are especially advantageous when it comes to the structuring of large planar surfaces. This work will feature research from recent years, in which different rotative printing processes were implemented to manufacture different kinds of optical waveguides. The processes themselves are illustrated, and respective wave-guide shapes, layouts, and structures are presented. Subsequent focus will be directed towards the analysis of optical performance characteristics, their modeling, and resulting layout optimization techniques. These techniques will facilitate the manufacturing of more advanced structures, such as optical networks. The present study provides an exhaustive exploration of applications such as electro-optical circuit boards, optical sensors, and concepts for integrated systems. Finally, this paper will serve as a cumulative overview on recent advances in flexo printing of waveguides, allowing a summarized comparison. By that, direct conclusions for upcoming research activities can be derived.