Method for removing working rollers (14, 15) from a roller frame, - wherein the roller frame has an upper and a lower working roller (14, 15), between and through which a metal band is guided, - wherein the roller frame furthermore has an upper additional roller arranged above the upper working roller and a lower additional roller arranged below the lower working roller, - wherein the upper working roller is mounted in a roller frame stand of the roller frame via an operator-side and a drive-side upper working roller chock (21, 22), - wherein the upper additional roller is mounted in the roller frame stand via an operator-side and a drive-side upper additional roller chock (23, 24), - wherein the upper working roller and the upper additional roller can be shifted vertically in the roller frame stand, - wherein the lower working roller is mounted in the roller frame stand via an operator-side and a drive-side lower working roller chock (25, 26), - wherein the lower additional roller is mounted in the roller frame stand via an operator-side and a drive-side lower additional roller chock (27, 28), characterized in that, to remove the working rollers (14, 15) -- first of all the upper working roller chocks (21, 22) and the upper additional roller chocks (23, 24) are connected to each other, and therefore each vertical movement of the upper additional roller chocks (23, 24) is transmitted to the upper working roller chocks (21, 22), -- the upper additional roller is then moved upwards to a first defined additional roller position and -- the upper and the lower working roller (14, 15) are then moved out of the roller frame stand. - wherein the roller frame has an upper and a lower working roller (14, 15), between and through which a metal band is guided, - wherein the roller frame furthermore has an upper additional roller arranged above the upper working roller and a lower additional roller arranged below the lower working roller, - wherein the upper working roller is mounted in a roller frame stand of the roller frame via an operator-side and a drive-side upper working roller chock (21, 22), - wherein the upper additional roller is mounted in the roller frame stand via an operator-side and a drive-side upper additional roller chock (23, 24), - wherein the upper working roller and the upper additional roller can be shifted vertically in the roller frame stand, - wherein the lower working roller is mounted in the roller frame stand via an operator-side and a drive-side lower working roller chock (25, 26), - wherein the lower additional roller is mounted in the roller frame stand via an operator-side and a drive-side lower additional roller chock (27, 28), characterized in that, to remove the working rollers (14, 15) -- first of all the upper working roller chocks (21, 22) and the upper additional roller chocks (23, 24) are connected to each other, and therefore each vertical movement of the upper additional roller chocks (23, 24) is transmitted to the upper working roller chocks (21, 22), -- the upper additional roller is then moved upwards to a first defined additional roller position and -- the upper and the lower working roller (14, 15) are then moved out of the roller frame stand. -- first of all the upper working roller chocks (21, 22) and the upper additional roller chocks (23, 24) are connected to each other, and therefore each vertical movement of the upper additional roller chocks (23, 24) is transmitted to the upper working roller chocks (21, 22), -- the upper additional roller is then moved upwards to a first defined additional roller position and -- the upper and the lower working roller (14, 15) are then moved out of the roller frame stand.