A three-dimensional fabricating apparatus comprising: a table on which a powder material is stacked in a layered manner; and a shaping unit which includes a powder material supply device (6, 7) supplying the powder material onto a top surface of the table by every predetermined layer thickness and a binder liquid supply device (8, 9) ejecting a binder liquid to the powder material supplied onto the top surface of the table so as to bind the powder material, wherein the powder material supply device (6, 7) of the shaping unit is movable in one direction in a state adjacent to the top surface of the table and is capable of supplying the powder material onto the top surface of the table at a predetermined supply width while moving the powder material supply device (6, 7), and the binder liquid supply device (8, 9) is capable of moving in the same direction as the powder material supply device (6, 7) in a state adjacent to the top surface of the table, is capable of ejecting the binder liquid to the top surface of the table at the same ejection width as the powder material supply width of the powder material supply device (6, 7) in maximum, and is capable of moving and ejecting the binder liquid to the powder material supplied onto the top surface of the table in accordance with the movement of the powder material supply device (6, 7); characterised in that the shaping unit has a configuration in which a plurality of the powder material supply devices (6, 7) and a plurality of the binder liquid supply devices (8, 9) are alternately and linearly disposed in the movement direction, one group includes the powder material supply device located at the front side in the movement direction and the binder liquid supply device located adjacently subsequently after the powder material supply device located at the front side, and when the powder material supply device of each group ejects the powder material onto the top surface of the table, the binder liquid supply device of the same group ejects the binder liquid to the powder material so as to form a powder material layer on the top surface of the table, and a powder material layer is formed by the group of the binder liquid supply device (8, 9) and the powder material supply device (6, 7) located at the front side of the movement direction, and a new powder material layer formed by the group of the binder liquid supply device (8, 9) and the powder material supply device (6, 7) located adjacently and subsequently after the group is sequentially stacked on the powder material layer. a table on which a powder material is stacked in a layered manner; and a shaping unit which includes a powder material supply device (6, 7) supplying the powder material onto a top surface of the table by every predetermined layer thickness and a binder liquid supply device (8, 9) ejecting a binder liquid to the powder material supplied onto the top surface of the table so as to bind the powder material, wherein the powder material supply device (6, 7) of the shaping unit is movable in one direction in a state adjacent to the top surface of the table and is capable of supplying the powder material onto the top surface of the table at a predetermined supply width while moving the powder material supply device (6, 7), and the binder liquid supply device (8, 9) is capable of moving in the same direction as the powder material supply device (6, 7) in a state adjacent to the top surface of the table, is capable of ejecting the binder liquid to the top surface of the table at the same ejection width as the powder material supply width of the powder material supply device (6, 7) in maximum, and is capable of moving and ejecting the binder liquid to the powder material supplied onto the top surface of the table in accordance with the movement of the powder material supply device (6, 7); characterised in that the shaping unit has a configuration in which a plurality of the powder material supply devices (6, 7) and a plurality of the binder liquid supply devices (8, 9) are alternately and linearly disposed in the movement direction, one group includes the powder material supply device located at the front side in the movement direction and the binder liquid supply device located adjacently subsequently after the powder material supply device located at the front side, and when the powder material supply device of each group ejects the powder material onto the top surface of the table, the binder liquid supply device of the same group ejects the binder liquid to the powder material so as to form a powder material layer on the top surface of the table, and a powder material layer is formed by the group of the binder liquid supply device (8, 9) and the powder material supply device (6, 7) located at the front side of the movement direction, and a new powder material layer formed by the group of the binder liquid supply device (8, 9) and the powder material supply device (6, 7) located adjacently and subsequently after the group is sequentially stacked on the powder material layer.