A method of producing a lamination stack assembly for electrical components, the method comprising: providing an upper electrical sheet coil material and a lower electrical sheet coil material; applying a first adhesive between the upper electrical sheet coil material and the lower electrical sheet coil material; bonding the upper electrical sheet coil material and the lower electrical sheet coil material together and creating a bonded multilayer material sheet, wherein the upper electrical sheet coil material and lower electrical sheet coil material are joined together by the adhesive; applying a second adhesive to the multilayer material sheet for creation of a final lamination stack; stamping multiple lamination plates from the multilayer material sheet arrangement; arranging the multiple lamination plates vertically in at least one stack; wherein the multiple lamination plates include multiple rotor lamination plates and multiple stator lamination plates, pressing the rotor and stator lamination plates (92, 94) together and constructing a final bonded stack of rotor and stator lamination assembly (80, 82), wherein the at least one stack includes a rotor lamination assembly and a stator lamination assembly, wherein the stack of rotor and stator lamination assembly (80, 82) is bonded by the second adhesive disposed between vertically adjacent ones of the rotor and stator lamination plates (92, 94) in the stack, wherein the stator lamination plates and the rotor lamination plates are stamped from a common length and width of the multilayer material sheet, wherein the rotor lamination plate is stamped from material that is disposed radially within the material for the stator lamination plate, wherein the rotor lamination plate is stamped prior to the stator lamination plate, wherein a third adhesive is applied to the multilayer material sheet after stamping the rotor lamination plate and before stamping the stator lamination plate, wherein the third adhesive is applied to areas corresponding to the stator lamination plate, and the second adhesive is applied to areas corresponding to the rotor lamination plate. providing an upper electrical sheet coil material and a lower electrical sheet coil material; applying a first adhesive between the upper electrical sheet coil material and the lower electrical sheet coil material; bonding the upper electrical sheet coil material and the lower electrical sheet coil material together and creating a bonded multilayer material sheet, wherein the upper electrical sheet coil material and lower electrical sheet coil material are joined together by the adhesive; applying a second adhesive to the multilayer material sheet for creation of a final lamination stack; stamping multiple lamination plates from the multilayer material sheet arrangement; arranging the multiple lamination plates vertically in at least one stack; wherein the multiple lamination plates include multiple rotor lamination plates and multiple stator lamination plates, pressing the rotor and stator lamination plates (92, 94) together and constructing a final bonded stack of rotor and stator lamination assembly (80, 82), wherein the at least one stack includes a rotor lamination assembly and a stator lamination assembly, wherein the stack of rotor and stator lamination assembly (80, 82) is bonded by the second adhesive disposed between vertically adjacent ones of the rotor and stator lamination plates (92, 94) in the stack, wherein the stator lamination plates and the rotor lamination plates are stamped from a common length and width of the multilayer material sheet, wherein the rotor lamination plate is stamped from material that is disposed radially within the material for the stator lamination plate, wherein the rotor lamination plate is stamped prior to the stator lamination plate, wherein a third adhesive is applied to the multilayer material sheet after stamping the rotor lamination plate and before stamping the stator lamination plate, wherein the third adhesive is applied to areas corresponding to the stator lamination plate, and the second adhesive is applied to areas corresponding to the rotor lamination plate.