An ejecting apparatus comprising: an ejection control unit configured to cause a first ejecting unit among ejecting units configured to move in a main-scanning direction, to eject a liquid that is activation energy ray curable, to a recording medium; an irradiating unit configured to emit an activation energy ray and divided into a plurality of irradiating blocks in a sub-scanning direction perpendicular to the main-scanning direction; an irradiation control unit configured to turn off an irradiating block corresponding to the first ejecting unit moving in the main-scanning direction, among the plurality of irradiating blocks , wherein the irradiating unit is positioned in such a manner that a first distance (Y) is larger than a second distance (C), the first distance (Y) being a distance between a downstream end of the first ejecting unit in the sub-scanning direction and an upstream end of an irradiating block that is positioned downstream of the turned-off irradiating block corresponding to the first ejecting unit in the sub-scanning direction among the plurality of irradiating blocks , the second distance (C) being a distance by which the irradiating block irradiates the recording medium outside from an end of an emission surface of the irradiating block in the sub-scanning direction, and the irradiation control unit is configured to cure the liquid by causing the irradiating block positioned downstream of the turned-off irradiating block corresponding to the first ejecting unit in the sub-scanning direction, to emit the activation energy ray; characterized in that the irradiating unit is positioned in such a manner that an emission surface of the irradiating unit is tilted with respect to the recording medium in the sub-scanning direction and that a downstream part of the emission surface in the sub-scanning direction is positioned higher than an upstream part, with respect to the recording medium. an ejection control unit configured to cause a first ejecting unit among ejecting units configured to move in a main-scanning direction, to eject a liquid that is activation energy ray curable, to a recording medium; an irradiating unit configured to emit an activation energy ray and divided into a plurality of irradiating blocks in a sub-scanning direction perpendicular to the main-scanning direction; an irradiation control unit configured to turn off an irradiating block corresponding to the first ejecting unit moving in the main-scanning direction, among the plurality of irradiating blocks , wherein the irradiating unit is positioned in such a manner that a first distance (Y) is larger than a second distance (C), the first distance (Y) being a distance between a downstream end of the first ejecting unit in the sub-scanning direction and an upstream end of an irradiating block that is positioned downstream of the turned-off irradiating block corresponding to the first ejecting unit in the sub-scanning direction among the plurality of irradiating blocks , the second distance (C) being a distance by which the irradiating block irradiates the recording medium outside from an end of an emission surface of the irradiating block in the sub-scanning direction, and the irradiation control unit is configured to cure the liquid by causing the irradiating block positioned downstream of the turned-off irradiating block corresponding to the first ejecting unit in the sub-scanning direction, to emit the activation energy ray; characterized in that the irradiating unit is positioned in such a manner that an emission surface of the irradiating unit is tilted with respect to the recording medium in the sub-scanning direction and that a downstream part of the emission surface in the sub-scanning direction is positioned higher than an upstream part, with respect to the recording medium. <EOS>