A method of producing a curved display for an electronic device, comprising: providing a liquid crystal display component having a substrate comprising at least one flat glass member, the substrate having a curvable first section and a longitudinally adjacent planar second section; placing the curvable first section in contact with a member having a curved surface; urging the curvable first section towards the curved surface of the member, thereby bending the at least one flat glass member into a curved configuration to substantially follow the curvature of the member; maintaining the curvable first section in the curved configuration to thereby form a curved first section (48; 68) of the curved display; illuminating the liquid crystal display component using a light emitting diode, LED, array mounted to a surface of the planar second section of the substrate of the liquid crystal display component; characterized by measuring brightness across the curved first section of the curved display while moving the planar second section of the substrate relative to the curved first section of the substrate to achieve a desired uniformity in measured brightness, in that the member is a curved cover lens transparent to ultraviolet light and measuring brightness comprises using a camera directed through the cover lens at the curved first section of the curved display, and in that maintaining the curvable first section in the curved configuration comprises directing ultraviolet radiation on the curvable first section once the desired uniformity in measured brightness is achieved to cure an ultraviolet sensitive adhesive applied between the curvable first section and the curved cover lens. providing a liquid crystal display component having a substrate comprising at least one flat glass member, the substrate having a curvable first section and a longitudinally adjacent planar second section; placing the curvable first section in contact with a member having a curved surface; urging the curvable first section towards the curved surface of the member, thereby bending the at least one flat glass member into a curved configuration to substantially follow the curvature of the member; maintaining the curvable first section in the curved configuration to thereby form a curved first section (48; 68) of the curved display; illuminating the liquid crystal display component using a light emitting diode, LED, array mounted to a surface of the planar second section of the substrate of the liquid crystal display component; characterized by measuring brightness across the curved first section of the curved display while moving the planar second section of the substrate relative to the curved first section of the substrate to achieve a desired uniformity in measured brightness, in that the member is a curved cover lens transparent to ultraviolet light and measuring brightness comprises using a camera directed through the cover lens at the curved first section of the curved display, and in that maintaining the curvable first section in the curved configuration comprises directing ultraviolet radiation on the curvable first section once the desired uniformity in measured brightness is achieved to cure an ultraviolet sensitive adhesive applied between the curvable first section and the curved cover lens.