The invention relates to a method for producing an edge profile for a narrow surface of a plate-shaped material, wherein an edge band extending in a longitudinal direction has a decoration, and wherein the edge band has a three-dimensional structure. In order to further improve a furniture part with regard to optical and haptic properties, the decoration and the structure according to the invention are arranged in such a way that the structure is at least substantially congruent with the decoration. The invention further relates to a corresponding furniture part having a plate-shaped material, which has at least one narrow surface, an upper part, and a lower part, and at least one edge profile.

The invention relates to a method for producing an edge profile for a narrow surface of a plate-shaped material, wherein an edge band extending in a longitudinal direction has a decoration, and wherein the edge band has a three-dimensional structure. In order to further improve a furniture part with regard to optical and haptic properties, the decoration and the structure according to the invention are arranged in such a way that the structure is at least substantially congruent with the decoration. The invention further relates to a corresponding furniture part having a plate-shaped material, which has at least one narrow surface, an upper part, and a lower part, and at least one edge profile.

Examples include a printing machine for producing a security document. The printing machine includes an impression cylinder for guiding a substrate of the security document and a transfer cylinder cooperating with the impression cylinder at a transfer point for printing a print image onto the substrate. The substrate includes a transparent window with a micro-optical structure composed of microlenses disposed on one side of the substrate in the region of the transparent window and opposite to the side of the substrate with the print image. A printing device applies a layer that covers the print image and is of a lighter hue than a hue of the print image. The impression cylinder includes an embossing device around a circumference thereof. The embossing device creates the micro-optical structure of the microlenses during rotation of the impression cylinder on the substrate in a contactless manner by molding using an injection embossing method.