Abstract: An injection molding machine includes a cylinder; a screw; a rotary driving unit; a reciprocation driving unit; a pressure detector that detects a pressure of a molding material in front of the screw; a control unit that performs a first type of plasticizing process where the screw is moved backward to a predetermined position and rotated at the predetermined position to transfer the molding material forward to reserve the molding material in front of the screw, performs a first type of filling process where the screw is moved forward to inject the molding material reserved in front of the screw in the first type of plasticizing process from the cylinder to be filled in a mold unit, monitors the pressure in the first type of filling process by the pressure detector, and corrects the setting of the first type of filling process based on a monitored result.

Abstract: An injection molding machine includes a cylinder; a screw; a rotary driving unit; a reciprocation driving unit; a pressure detector that detects a pressure of a molding material in front of the screw; a control unit that performs a first type of plasticizing process where the screw is moved backward to a predetermined position and rotated at the predetermined position to transfer the molding material forward to reserve the molding material in front of the screw, performs a first type of filling process where the screw is moved forward to inject the molding material reserved in front of the screw in the first type of plasticizing process from the cylinder to be filled in a mold unit, monitors the pressure in the first type of filling process by the pressure detector, and corrects the setting of the first type of filling process based on a monitored result.

Abstract: A workpiece object is prepared which has a thin film on the surface and made of amorphous material. A pulse laser beam is applied to the thin film, the pulse laser beam having an elongated beam cross section along one direction on the surface of the thin film. With this pulse laser beam, the thin film is melted and thereafter the thin film is solidified to form crystal grains framing chains along a long axis direction of a beam incidence region in first stripe regions. The first stripe regions extend along the long axis direction in regions of the beam incidence region between its center line and borders of the beam incidence region extending along the long axis direction, and are spaced apart from the borders and the center line by a predetermined distance.

Abstract: A workpiece object is prepared which has a thin film on the surface and made of amorphous material. A pulse laser beam is applied to the thin film, the pulse laser beam having an elongated beam cross section along one direction on the surface of the thin film. With this pulse laser beam, the thin film is melted and thereafter the thin film is solidified to form crystal grains framing chains along a long axis direction of a beam incidence region in first stripe regions. The first stripe regions extend along the long axis direction in regions of the beam incidence region between its center line and borders of the beam incidence region extending along the long axis direction, and are spaced apart from the borders and the center line by a predetermined distance.