Build material application device for an apparatus for additively manufacturing at least one three-dimensional object by means of successive layerwise selective irradiation and consolidation of layers of build material which can be consolidated by means of at least one energy beam, the build material application device comprising: - at least one build material application element configured to apply an amount of build material in a build plane of a respective apparatus for additively manufacturing at least one three-dimensional object; - a plurality of spatter removal elements configured to remove spatters present in a layer of build material of a respective apparatus for additively manufacturing a three-dimensional object, particularly to remove spatters originating from a selective irradiation of the respective layer of build material; and - a supporting construction comprising: a base body, a first supporting site comprising a first, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the first extension supporting the at least one build material application element; a second supporting site comprising a second, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the second extension supporting a first one of the plurality of spatter removal elements adjacent to a first side of the first extension with respect to a coating direction; and a third, particularly arm-like, extension extending off the base body in a defined spatial relationship relative to the base body, the third extension supporting a second one of the plurality of spatter removal elements adjacent to a second side of the first extension with respect to the coating direction, wherein at least one of the second extension and the third extension is moveably supported relative to each other in at least one rotatory degree of freedom of motion between an operating position, in which a removal of spatters is possible via the respective spatter removal element, and a non-operating position, in which a removal of spatters via the respective spatter removal element is not possible. - at least one build material application element configured to apply an amount of build material in a build plane of a respective apparatus for additively manufacturing at least one three-dimensional object; - a plurality of spatter removal elements configured to remove spatters present in a layer of build material of a respective apparatus for additively manufacturing a three-dimensional object, particularly to remove spatters originating from a selective irradiation of the respective layer of build material; and - a supporting construction comprising: a base body, a first supporting site comprising a first, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the first extension supporting the at least one build material application element; a second supporting site comprising a second, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the second extension supporting a first one of the plurality of spatter removal elements adjacent to a first side of the first extension with respect to a coating direction; and a third, particularly arm-like, extension extending off the base body in a defined spatial relationship relative to the base body, the third extension supporting a second one of the plurality of spatter removal elements adjacent to a second side of the first extension with respect to the coating direction, wherein at least one of the second extension and the third extension is moveably supported relative to each other in at least one rotatory degree of freedom of motion between an operating position, in which a removal of spatters is possible via the respective spatter removal element, and a non-operating position, in which a removal of spatters via the respective spatter removal element is not possible. a base body, a first supporting site comprising a first, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the first extension supporting the at least one build material application element; a second supporting site comprising a second, particularly arm-like, extension extending off the base body in a defined relationship relative to the base body, the second extension supporting a first one of the plurality of spatter removal elements adjacent to a first side of the first extension with respect to a coating direction; and a third, particularly arm-like, extension extending off the base body in a defined spatial relationship relative to the base body, the third extension supporting a second one of the plurality of spatter removal elements adjacent to a second side of the first extension with respect to the coating direction, wherein at least one of the second extension and the third extension is moveably supported relative to each other in at least one rotatory degree of freedom of motion between an operating position, in which a removal of spatters is possible via the respective spatter removal element, and a non-operating position, in which a removal of spatters via the respective spatter removal element is not possible.