A method for producing high pressure laminates with a final thickness of 0.7 - 2 mm and an embossed-in-structure texture on the surface, wherein a first structure embossed on the surface of the HPL is in perfect alignment with a second identical structure printed on the decor sheet of the HPL, comprising the following steps: (a) providing an arrangement of papers, comprising the following layers, (i) a core layer, comprising one or more sheets of Kraft paper impregnated with a first resin, (ii) a decor sheet applied on the upper surface of the core sheet, wherein the decor sheet comprises the second structure printed on the upper surface of the decor sheet, (iii) an overlay layer sheet applied on the surface of the decor sheet, wherein the decor sheet and the overlay layer sheet are impregnated with a second resin, (b) applying the arrangement of papers on a lower press plate of a press, (c) moving the lower press plate in x- and y- direction to align the second structure printed on the decor sheet of the arrangement of papers to the first identical structure embossed within the texturized upper press plate, (d) moving the lower press plate in z- direction towards the upper texturized press plate, wherein the upper texturized press plate comprises the first structure embossed within the lower surface of the upper press plate, the surface which is directed towards the lower press plate, (e) pressing the upper and lower press plate (16; 22) against each other with a pressure of at least 50 bar at a temperature of at least 140°C for a period of at least 20 seconds, to form the HPL (f) separating the upper and lower press plate (16; 22) from each other, and (g) removing the HPL layer from the lower press plate, Whereby: the decor sheet comprises a circumferential rim which projects beyond the remaining layers of the arrangement of papers, the circumferential rim comprises in predetermined distances circumferential marking points, which encode a predetermined position of the decor layer relative to the lower press plate, the position of the decor sheet is identified by an optical measuring device by detecting the position of the marking points in x-y direction, the detected position of the marking points is compared with a target position, which is encoded with the upper texturized press plate in a predetermined manner and based on the corresponding measurement results the lower press plate is adjusted in x-y direction to align the position of the decor sheet on the lower press plate with the structure embossed within the texturized upper press plate, to produce high pressure laminates with an embossed-in-structure texture on their surface. (a) providing an arrangement of papers, comprising the following layers, (i) a core layer, comprising one or more sheets of Kraft paper impregnated with a first resin, (ii) a decor sheet applied on the upper surface of the core sheet, wherein the decor sheet comprises the second structure printed on the upper surface of the decor sheet, (iii) an overlay layer sheet applied on the surface of the decor sheet, wherein the decor sheet and the overlay layer sheet are impregnated with a second resin, (i) a core layer, comprising one or more sheets of Kraft paper impregnated with a first resin, (ii) a decor sheet applied on the upper surface of the core sheet, wherein the decor sheet comprises the second structure printed on the upper surface of the decor sheet, (iii) an overlay layer sheet applied on the surface of the decor sheet, wherein the decor sheet and the overlay layer sheet are impregnated with a second resin, (b) applying the arrangement of papers on a lower press plate of a press, (c) moving the lower press plate in x- and y- direction to align the second structure printed on the decor sheet of the arrangement of papers to the first identical structure embossed within the texturized upper press plate, (d) moving the lower press plate in z- direction towards the upper texturized press plate, wherein the upper texturized press plate comprises the first structure embossed within the lower surface of the upper press plate, the surface which is directed towards the lower press plate, (e) pressing the upper and lower press plate (16; 22) against each other with a pressure of at least 50 bar at a temperature of at least 140°C for a period of at least 20 seconds, to form the HPL (f) separating the upper and lower press plate (16; 22) from each other, and (g) removing the HPL layer from the lower press plate,