A method for producing a ceramic multilayer blank for producing a full or a partial denture, an implant supported superstructure or an implant supported denture, comprising at least a first layer of a first ceramic material and at least a second layer of a second ceramic material, wherein the first layer and the second layer are made of ceramic materials of different compositions, which are filled in pourable condition layer-by-layer into a mold and thereafter they are pressed and then sintered, wherein the first layer is a pink colored layer, wherein the first ceramic material comprises 2 to 25 wt%, preferably 4 to 17 wt%, and more preferably 5 to 12 wt%, erbium oxide, characterized in that the ceramic multilayer blank further comprises a plurality of additional layers, wherein each of said additional layers is made of a ceramic material, which has a different composition than the first layer, and which has a different or identical composition than the second layer; wherein after filling of the second layer of the second ceramic material in pourable condition, surface of the second layer is structured in such a way that the second layer when viewed across its surface differs from region to region in its height, and then as the first of said additional layers, a layer of a ceramic material of said additional layers in pourable condition is filled into the mold; wherein after filling of the first of said additional layers of a ceramic material of said additional layers in pourable condition, surface of the first of said additional layers is structured in such a way that the first of said additional layers when viewed across its surface differs from region to region in its height, and then as the second of said additional layers, a layer of a ceramic material of said additional layers in pourable condition is filled into the mold; wherein if the second of said additional layers is not the last additional layer, the aforementioned method step is repeated until all additional layers in pourable condition are filled into the mold, wherein the method further comprises a step of digitally positioning the full or the partial denture, the implant supported superstructure or the implant supported denture in the ceramic multilayer blank, wherein it has to be paid attention to positioning the future area of human gingiva completely inside of the first ceramic layer of the blank, while the future dentin area shall be positioned entirely in the other layers of the blank. wherein the first ceramic material comprises 2 to 25 wt%, preferably 4 to 17 wt%, and more preferably 5 to 12 wt%, erbium oxide, characterized in that the ceramic multilayer blank further comprises a plurality of additional layers, wherein each of said additional layers is made of a ceramic material, which has a different composition than the first layer, and which has a different or identical composition than the second layer; wherein after filling of the second layer of the second ceramic material in pourable condition, surface of the second layer is structured in such a way that the second layer when viewed across its surface differs from region to region in its height, and then as the first of said additional layers, a layer of a ceramic material of said additional layers in pourable condition is filled into the mold; wherein after filling of the first of said additional layers of a ceramic material of said additional layers in pourable condition, surface of the first of said additional layers is structured in such a way that the first of said additional layers when viewed across its surface differs from region to region in its height, and then as the second of said additional layers, a layer of a ceramic material of said additional layers in pourable condition is filled into the mold; wherein if the second of said additional layers is not the last additional layer, the aforementioned method step is repeated until all additional layers in pourable condition are filled into the mold, wherein the method further comprises a step of digitally positioning the full or the partial denture, the implant supported superstructure or the implant supported denture in the ceramic multilayer blank, wherein it has to be paid attention to positioning the future area of human gingiva completely inside of the first ceramic layer of the blank, while the future dentin area shall be positioned entirely in the other layers of the blank.