Stator of an electric machine

A stator (2) of an electric machine (1), comprising:

• a stator laminated core (3), on which stator teeth (4) and stator slots (5) formed between the stator teeth (4) are provided and wherein the stator laminated core (3) is comprised of a stack of laminations (6), wherein the laminations (6) each comprise lamination teeth (8) for forming the stator teeth (4), wherein the stator laminated core (3) comprises a plurality of laminations (6.1, 6.2, 6.3), on each of which at least one leadthrough opening (9) is provided for forming at least one stator insertion hole (10) for inserting a connecting element (11), wherein
• first laminations (6.1) are provided, the leadthrough openings (9) of which are each aligned in a circumferential direction relative to a tooth pole center (8m) of a closest lamination tooth (8) of the respective first lamination (6.1) in a first relative alignment (12),
• second laminations (6.2) are provided, the leadthrough openings (9) of which are aligned in the circumferential direction relative to a tooth pole center (8m) of a closest lamination tooth (8) of the respective second lamination (6.2) in a second relative alignment (13), wherein the first and second relative alignments (12, 13) are opposite each other in the circumferential direction,
• the first and second laminations (6.1, 6.2) are arranged in at least one rotation group (15) comprising at least two of the first laminations (6.1) and at least one second lamination (6.2) arranged between the first laminations (6.1),
• the connecting elements (11) are alignment elements that can be inserted in the respective stator insertion hole (10) to generate an opposite rotation of the laminations (6.1, 6.2) of the respective rotation group (15).