For the economical manufacture of three-dimensional structural elements made of textile-reinforced concrete with a sharp-edged crosssection and precise positioning of the textile reinforcement, there is currently a lack of fundamental examinations of production techniques as well as the matching concrete dies, textile reinforcements and universally usable spacers. Manual manufacturing methods are associated with a high degree of effort, result in high production costs and therefore limit the variety of forms of the textile-reinforced concrete structural elements. For a full implementation of textile-reinforced concrete in practical building applications, however, the economic production of such structural elements is a necessary condition.