A pressure granulation machine for molded products that is configured to granulate material by compressing it by means of a pair of pressing rolls configured to rotate to manufacture molded products, comprising: a first pressing roll of the pair of the pressing rolls, on an outer surface of which molding concavities are formed; and a second pressing roll (20; 30) of the pair of the pressing rolls that is configured to rotate at a speed at the outer surface that is faster than that of the first pressing roll, characterized in that the pressure granulation machine further comprises a first suctioning device configured to suction the molded products that have been formed by granulating the material by pressing it in the molding concavities to rip off the molded products from the molding concavities, wherein the first suctioning device is a first suctioning roll that contacts the outer surface of the first pressing roll, wherein suctioning apertures that are smaller than the molding concavities are formed on an outer surface of the first suctioning roll, which is configured to rotate, and which is configured to rip off the molded products from the molding concavities by suctioning through the suctioning apertures, wherein the outer surface of the first suctioning roll, which is configured to rotate, has a section configured to rip the molded products off the molding concavities by suctioning through the suctioning apertures, and a section configured to release the molded products by stopping suctioning through the suctioning apertures, and wherein at least a position where the outer surface contacts the first pressing roll is configured to rip the molded products off the molding concavities by suctioning through the suctioning apertures, and wherein the first suctioning roll has an outer ring that is a cylinder comprising the outer surface, wherein an inside of the outer ring is divided into three spaces in a normal section of an axis of the outer ring, wherein the three spaces are connected to the suctioning apertures and are configured to rotate together with the outer surface, the pressure granulation machine for molded products further comprising: a vacuum generator; and a switching device configured to switch in order to connect the vacuum generator to the space that is connected to the suctioning apertures that are located at the section to rip off the molded products from the molding concavities by suctioning through the suctioning apertures. a first pressing roll of the pair of the pressing rolls, on an outer surface of which molding concavities are formed; and a second pressing roll (20; 30) of the pair of the pressing rolls that is configured to rotate at a speed at the outer surface that is faster than that of the first pressing roll, characterized in that the pressure granulation machine further comprises a first suctioning device configured to suction the molded products that have been formed by granulating the material by pressing it in the molding concavities to rip off the molded products from the molding concavities, wherein the first suctioning device is a first suctioning roll that contacts the outer surface of the first pressing roll, wherein suctioning apertures that are smaller than the molding concavities are formed on an outer surface of the first suctioning roll, which is configured to rotate, and which is configured to rip off the molded products from the molding concavities by suctioning through the suctioning apertures, wherein the outer surface of the first suctioning roll, which is configured to rotate, has a section configured to rip the molded products off the molding concavities by suctioning through the suctioning apertures, and a section configured to release the molded products by stopping suctioning through the suctioning apertures, and wherein at least a position where the outer surface contacts the first pressing roll is configured to rip the molded products off the molding concavities by suctioning through the suctioning apertures, and wherein the first suctioning roll has an outer ring that is a cylinder comprising the outer surface, wherein an inside of the outer ring is divided into three spaces in a normal section of an axis of the outer ring, wherein the three spaces are connected to the suctioning apertures and are configured to rotate together with the outer surface, the pressure granulation machine for molded products further comprising: a vacuum generator; and a switching device configured to switch in order to connect the vacuum generator to the space that is connected to the suctioning apertures that are located at the section to rip off the molded products from the molding concavities by suctioning through the suctioning apertures. a vacuum generator; and a switching device configured to switch in order to connect the vacuum generator to the space that is connected to the suctioning apertures that are located at the section to rip off the molded products from the molding concavities by suctioning through the suctioning apertures.