Abstract: To provide a method of producing a laminated steel plate through which no conduction occurs between steel plates and productivity does not decrease. A method of producing a laminated steel plate by laminating a plurality of steel plates (1), including a coating process (P2) in which an adhesive (8) is applied to a surface (1a) of the steel plate (1) and a laminating process (P3) in which the steel plate (1) to which the adhesive (8) is applied and another steel plate (1) are laminated while shifting positions around an axis (C1), and the steel plate (1) and a laminate (12) are adhered using the adhesive (8).

Abstract: Provided is a method of manufacturing laminated steel plates by laminating a plurality of steel plates, the method including an application process of applying an adhesive agent on a surface of each of the steel plates, and a lamination process of laminating a steel plate, to which the adhesive agent is applied, and another steel plate while shifting positions of the steel plates about an axis with each other, and causing the steel plate to adhere to a laminated body using the adhesive agent, wherein, in the application process, the adhesive agent is applied such that the adhesive agent becomes in a shape that is continuous about a central axis when the steel plate and the other steel plate are adhered by the adhesive agent in the lamination process.

Abstract: To provide a method of producing a laminated steel plate through which no conduction occurs between steel plates and productivity does not decrease. A method of producing a laminated steel plate by laminating a plurality of steel plates (1), including a coating process (P2) in which an adhesive (8) is applied to a surface (1a) of the steel plate (1) and a laminating process (P3) in which the steel plate (1) to which the adhesive (8) is applied and another steel plate (1) are laminated while shifting positions around an axis (C1), and the steel plate (1) and a laminate (12) are adhered using the adhesive (8).