Abstract: A method and a device by which conductor ends of hairpins sticking out from stator slots are shaped to form coil windings. The ends are shaped in the radial direction using different widening tools allowing the ends to be engaged individually or in pairs so that a first part is at a first radial position, a second part is at a second radial position and a third part is at at least one intermediate position in between. Subsequently, the ends are shaped in the circumferential direction using twisting tools, wherein a twisting tool located further out has inwardly open inner receiving pockets, and a twisting tool located further in has outwardly open outer receiving pockets. At least one of the twisting tools has both inner and outer receiving pockets, one of these located at the at least one intermediate position to shape the third part of the ends.

Abstract: The invention relates to a method for the production of a component, of an electric machine, such as, for example, a stator, comprising a wire mat which is made of wire, preferably flat wire, comprising the following steps: aligning the wire, twisting the wire in at least some sections about its longitudinal axis, z-shaped angling of the wire, winding the wire, in particular winding the wire helically onto a carrier, transferring the wire mat thus obtained onto a mounting tool.

Abstract: The invention relates to a method for the production of a component, of an electric machine, such as, for example, a stator, comprising a wire mat which is made of wire, preferably flat wire, comprising the following steps: aligning the wire, twisting the wire in at least some sections about its longitudinal axis, z-shaped angling of the wire, winding the wire, in particular winding the wire helically onto a carrier, transferring the wire mat thus obtained onto a mounting tool.