A method of manufacturing a component from a steel material or aluminum, the method comprising: - preforming a workpiece into a preformed component (10a, 10b 20') having a bottom portion (12, 22), a frame portion (14, 24) and a flange portion, so that the preformed component (10a, 10b 20') has an excess of material for the frame portion and/or the bottom portion and/or the flange portion; and - Calibrating the preformed component (10a, 10b 20') to form an at least partially end-formed component (20") with a base portion, a frame portion and a flange portion; wherein the base portion (12, 22) of the preformed component (10a, 10b 20') essentially has the geometry and/or the local cross-sections of the base portion of the at least partially end-formed component (20"), wherein the excess material is caused by the shape of the transition region (16, 26) between the base portion (12, 22) and the frame portion (14, 24) of the preformed component (10a, 10b 20') and/or by the shape of the transition region between the flange portion and the frame portion of the preformed component, characterized in that the preforming is carried out in a preforming tool comprising a preforming punch, a preforming die and a preforming die bottom movable relative to the preforming die, wherein the workpiece is arranged and fixed between the preform punch and the preform die bottom and wherein the workpiece is preformed by a relative movement between the workpiece with the preform punch and the preform die bottom on the one hand and the preform die on the other hand, and that the calibrating is performed by a calibrating tool comprising a calibrating punch, a calibration die and a calibration die base movable relative to the calibration die, wherein the preformed component (10a, 10b 20') is arranged between the calibration die and the calibration die base, and wherein the preformed component (10a, 10b 20') is calibrated by a relative movement between the preformed component (10a, 10b 20') with the calibration die and the calibration die base on the one hand and the calibration die on the other hand. - preforming a workpiece into a preformed component (10a, 10b 20') having a bottom portion (12, 22), a frame portion (14, 24) and a flange portion, so that the preformed component (10a, 10b 20') has an excess of material for the frame portion and/or the bottom portion and/or the flange portion; and - Calibrating the preformed component (10a, 10b 20') to form an at least partially end-formed component (20") with a base portion, a frame portion and a flange portion; wherein the base portion (12, 22) of the preformed component (10a, 10b 20') essentially has the geometry and/or the local cross-sections of the base portion of the at least partially end-formed component (20"), wherein the excess material is caused by the shape of the transition region (16, 26) between the base portion (12, 22) and the frame portion (14, 24) of the preformed component (10a, 10b 20') and/or by the shape of the transition region between the flange portion and the frame portion of the preformed component, characterized in that the preforming is carried out in a preforming tool comprising a preforming punch, a preforming die and a preforming die bottom movable relative to the preforming die, wherein the workpiece is arranged and fixed between the preform punch and the preform die bottom and wherein the workpiece is preformed by a relative movement between the workpiece with the preform punch and the preform die bottom on the one hand and the preform die on the other hand, and that the calibrating is performed by a calibrating tool comprising a calibrating punch, a calibration die and a calibration die base movable relative to the calibration die, wherein the preformed component (10a, 10b 20') is arranged between the calibration die and the calibration die base, and wherein the preformed component (10a, 10b 20') is calibrated by a relative movement between the preformed component (10a, 10b 20') with the calibration die and the calibration die base on the one hand and the calibration die on the other hand.