Electric machine having • at least one electrical conductor, • an armature with a plurality of teeth, wherein at least one winding, which is formed by the electrical conductor, is formed on one of the teeth, • a centring element with at least two through-openings and • a sealing element with at least two through-openings, • wherein the electrical conductor has two conductor ends, which each extend through one of the through-openings (67, 73) of the centring element and the sealing element, • wherein the sealing element has a base body and at least two sealing means, wherein each of the through-openings of the sealing element extends through the base body and one of the sealing means, and • wherein the conductor ends extending through the sealing element and the centring element project out of these, and • wherein the conductor ends are electrically connected to a printed circuit board by soldering, in particular at their ends, characterized in that • the centring element has a base body and at least two centring means, wherein each of the through-openings of the centring element extends through the base body and one of the centring means, wherein the centring means of the centring element bring about a centring of the conductor ends and an alignment of the conductor ends in the axial direction, and • wherein the centring means are each arranged at least partially within one of the through-openings of the sealing element, • wherein the conductor ends extending in the through-openings of the sealing element are guided by way of the centring means, • wherein each of the through-openings of the centring element has a funnel-shaped region, wherein part of the funnel-shaped region of the through-openings is formed within a centring means, • wherein at least one of the through-openings of the sealing element has a funnel-shaped region. • at least one electrical conductor, • an armature with a plurality of teeth, wherein at least one winding, which is formed by the electrical conductor, is formed on one of the teeth, • a centring element with at least two through-openings and • a sealing element with at least two through-openings, • wherein the electrical conductor has two conductor ends, which each extend through one of the through-openings (67, 73) of the centring element and the sealing element, • wherein the sealing element has a base body and at least two sealing means, wherein each of the through-openings of the sealing element extends through the base body and one of the sealing means, and • wherein the conductor ends extending through the sealing element and the centring element project out of these, and • wherein the conductor ends are electrically connected to a printed circuit board by soldering, in particular at their ends, characterized in that • the centring element has a base body and at least two centring means, wherein each of the through-openings of the centring element extends through the base body and one of the centring means, wherein the centring means of the centring element bring about a centring of the conductor ends and an alignment of the conductor ends in the axial direction, and • wherein the centring means are each arranged at least partially within one of the through-openings of the sealing element, • wherein the conductor ends extending in the through-openings of the sealing element are guided by way of the centring means, • wherein each of the through-openings of the centring element has a funnel-shaped region, wherein part of the funnel-shaped region of the through-openings is formed within a centring means, • wherein at least one of the through-openings of the sealing element has a funnel-shaped region.