Abstract: Method and device for producing a composite material. The method includes feeding at least two semi-finished webs in their respective longitudinal direction, placing one of the at least two semi-finished webs on top of an other of the at least two semi-finished webs, and connecting the at least two semi-finished webs to one another. Each semi-finished web has fibers fixed in a unidirectionally oriented manner, and, in at least one of the at least two semi-finished webs, the fibers enclose a predetermined angle greater than 0° to the longitudinal direction.

Abstract: Method and device for producing a composite material. The method includes feeding at least two semi-finished webs in their respective longitudinal direction, placing one of the at least two semi-finished webs on top of an other of the at least two semi-finished webs, and connecting the at least two semi-finished webs to one another. Each semi-finished web has fibers fixed in a unidirectionally oriented manner, and, in at least one of the at least two semi-finished webs, the fibers enclose a predetermined angle greater than 0° to the longitudinal direction.

Abstract: Method and device for producing a semi-finished web having a longitudinal direction, a plastic matrix, and a plurality of fibers fixed in a unidirectionally oriented manner enclosing a predetermined angle (a) greater than 0° to the longitudinal direction. The method includes supplying a web having a main direction, a plastic matrix, and a plurality of fibers fixed in a unidirectionally oriented manner enclosing an angle of about 0° to the main direction, separating segments from the supplied web, arranging the separated segments next to one another so that longitudinal edges of adjacent segments are parallel to the main direction and to one another, and enclose the predetermined angle (a) to the longitudinal direction, and connecting the adjacent segments in a region of their longitudinal edges.