A method for producing a tooth replacement part from a blank using a CAM processing device, wherein the blank comprises a blank body made of tooth restoration material, wherein the CAM processing device comprises a holding device for positioning the blank in a processing position, wherein the CAM processing device further comprises a first pin-shaped material-removing processing tool, which is rotatable about a first longitudinal tool axis, and a second pin-shaped material-removing processing tool, which is rotatable about a second longitudinal tool axis, for machining the tooth replacement part from the blank, wherein the two longitudinal tool axes are coupled to one another during the machining, such that both longitudinal tool axes are oriented parallel to one another, wherein the two processing tools, in the processing position, come into contact with the blank body from opposite sides at least temporarily simultaneously during the machining and, depending on the shape of the tooth replacement part to be machined, are moved along a first movement axis perpendicular to the two longitudinal tool axes and a second movement axis parallel to the two longitudinal tool axes, wherein the method comprises a step of varying the orientation of the blank body in the processing position relative to the two processing tools, wherein the varying comprises a first orienting of the blank body and processing tools relative to one another from a first processing orientation into a second processing orientation, wherein the orientation of the blank body relative to the two processing tools in the first processing orientation in relation to the orientation of the blank body relative to the two processing tools in the second processing orientation is pivoted at a first pivot angle (α 1) about a pivot axis, which is oriented perpendicularly to the two longitudinal tool axes. wherein the blank comprises a blank body made of tooth restoration material, wherein the CAM processing device comprises a holding device for positioning the blank in a processing position, wherein the CAM processing device further comprises a first pin-shaped material-removing processing tool, which is rotatable about a first longitudinal tool axis, and a second pin-shaped material-removing processing tool, which is rotatable about a second longitudinal tool axis, for machining the tooth replacement part from the blank, wherein the two longitudinal tool axes are coupled to one another during the machining, such that both longitudinal tool axes are oriented parallel to one another, wherein the two processing tools, in the processing position, come into contact with the blank body from opposite sides at least temporarily simultaneously during the machining and, depending on the shape of the tooth replacement part to be machined, are moved along a first movement axis perpendicular to the two longitudinal tool axes and a second movement axis parallel to the two longitudinal tool axes, wherein the method comprises a step of varying the orientation of the blank body in the processing position relative to the two processing tools, wherein the varying comprises a first orienting of the blank body and processing tools relative to one another from a first processing orientation into a second processing orientation, wherein the orientation of the blank body relative to the two processing tools in the first processing orientation in relation to the orientation of the blank body relative to the two processing tools in the second processing orientation is pivoted at a first pivot angle (α 1) about a pivot axis, which is oriented perpendicularly to the two longitudinal tool axes.