Method for the production of a grinding tool, comprising the steps: - providing a tool base body, wherein the tool base body is rigid at least section-wise, - generating a three-dimensionally shaped adhesive surface by applying a bonding agent to the tool base body, wherein the adhesive surface is curved in order to configure a three-dimensionally shaped abrasive grain layer, - positioning the tool base body in a way that the three-dimensionally shaped adhesive surface is arranged in an electrostatic field between a first electrode and a second electrode, wherein the tool base body and the second electrode are configured separately from one another and the second electrode, at least section-wise, is shaped corresponding to the tool base body, and - introducing abrasive grains (8, 9) into the electrostatic field in a way that the abrasive grains (8, 9), due to the electrostatic field, move towards the three-dimensionally shaped adhesive surface and adhere to the three-dimensionally shaped adhesive surface to form a three-dimensionally shaped and curved abrasive grain layer, -- wherein at least one electrically non-conductive material of the tool base body is coated with the abrasive grains (8, 9), -- wherein the abrasive grains (8, 9) are applied directly to the tool base body and the tool base body configures a base, -- wherein the tool base body is moved relative to at least one of the electrodes (5, 6) in order to configure the three-dimensionally shaped abrasive grain layer, and -- wherein the abrasive grains (8, 9) adhering to the adhesive surface are at least partially aligned towards the adhesive surface. - providing a tool base body, wherein the tool base body is rigid at least section-wise, - generating a three-dimensionally shaped adhesive surface by applying a bonding agent to the tool base body, wherein the adhesive surface is curved in order to configure a three-dimensionally shaped abrasive grain layer, - positioning the tool base body in a way that the three-dimensionally shaped adhesive surface is arranged in an electrostatic field between a first electrode and a second electrode, wherein the tool base body and the second electrode are configured separately from one another and the second electrode, at least section-wise, is shaped corresponding to the tool base body, and - introducing abrasive grains (8, 9) into the electrostatic field in a way that the abrasive grains (8, 9), due to the electrostatic field, move towards the three-dimensionally shaped adhesive surface and adhere to the three-dimensionally shaped adhesive surface to form a three-dimensionally shaped and curved abrasive grain layer, -- wherein at least one electrically non-conductive material of the tool base body is coated with the abrasive grains (8, 9), -- wherein the abrasive grains (8, 9) are applied directly to the tool base body and the tool base body configures a base, -- wherein the tool base body is moved relative to at least one of the electrodes (5, 6) in order to configure the three-dimensionally shaped abrasive grain layer, and -- wherein the abrasive grains (8, 9) adhering to the adhesive surface are at least partially aligned towards the adhesive surface. -- wherein at least one electrically non-conductive material of the tool base body is coated with the abrasive grains (8, 9), -- wherein the abrasive grains (8, 9) are applied directly to the tool base body and the tool base body configures a base, -- wherein the tool base body is moved relative to at least one of the electrodes (5, 6) in order to configure the three-dimensionally shaped abrasive grain layer, and -- wherein the abrasive grains (8, 9) adhering to the adhesive surface are at least partially aligned towards the adhesive surface.