A device and a method for forming hollow cylindrical bodies. The device has a plurality of stations. A tool is allocated to each station. The tools are arranged on a common carrier. The tool can be moved between two reversing positions via a main drive. This reciprocating movement is executed intermittently. One of the two reversing positions forms a rest position in which the tool carrier stops in a rest phase. While the tool carrier stops in a rest position in the rest phase, a transport device transports the bodies from one station to the respective next station.

A heating device (1) of a container processing device includes a main turret (2) which supplies a container (10) to high-frequency induction heating element (3) for providing a heat treatment to the container (10) so that the container (10) is sucked by bottom suction device (21), a container supply turret (5) which supplies the container (10) to the main turret (2); and an auxiliary turret (4) provided in a receiving area of the main turret (2). The auxiliary turret (4) is configured to center the container (10) towards the bottom suction device (21) in the receiving area.

A heating device (1) of a container processing device includes a main turret (2) which supplies a container (10) to high-frequency induction heating element (3) for providing a heat treatment to the container (10) so that the container (10) is sucked by bottom suction device (21), a container supply turret (5) which supplies the container (10) to the main turret (2); and an auxiliary turret (4) provided in a receiving area of the main turret (2). The auxiliary turret (4) is configured to center the container (10) towards the bottom suction device (21) in the receiving area.

A can making machine includes a main body frame; a holding table supported by the main body frame to hold a cylindrical body; a processing table which is supported on the main body frame via a shaft section penetrating through the holding table in a direction of a table axis and disposed to face the holding table in the direction of the table axis, and on which a processing tool configured to process the cylindrical body is provided; a crank unit configured to cause the processing table to reciprocate with respect to the holding table in the direction of the table axis; a table index unit configured to intermittently rotationally move the holding table about the table axis with respect to the processing table; a first drive motor configured to drive the crank unit; and a second drive motor configured to drive the table index unit.

A can making machine includes a main body frame; a holding table supported by the main body frame to hold a cylindrical body; a processing table which is supported on the main body frame via a shaft section penetrating through the holding table in a direction of a table axis and disposed to face the holding table in the direction of the table axis, and on which a processing tool configured to process the cylindrical body is provided; a crank unit configured to cause the processing table to reciprocate with respect to the holding table in the direction of the table axis; a table index unit configured to intermittently rotationally move the holding table about the table axis with respect to the processing table; a first drive motor configured to drive the crank unit; and a second drive motor configured to drive the table index unit.

A hemming system of panels for a vehicle hems panels of various types of vehicles by loading, hemming, and unloading of the panels of vehicles using twin turn tables 100 connected to each other by a carrier. As such, the hemming system improves productivity, reduces working time by automatically repeating loading, hemming, and unloading of panels and transporting of molds using platform trucks, and increases the commercial values of products by improving the quality of hemming panels.

A hemming system of panels for a vehicle hems panels of various types of vehicles by loading, hemming, and unloading of the panels of vehicles using twin turn tables 100 connected to each other by a carrier. As such, the hemming system improves productivity, reduces working time by automatically repeating loading, hemming, and unloading of panels and transporting of molds using platform trucks, and increases the commercial values of products by improving the quality of hemming panels.

A device for transporting panels resting upon a conveyor belt and for turning panels by means of a turning device, characterized in that the turning device has a turning arm which performs both a rotary and a transverse movement for turning the panels.

An indexing system for a multi-head seamer apparatus for scaling the tops of containers includes a multi-position indexing platform having a plurality of stations arranged along an arcuate path about an axis (62), including a receiving station (44) for receiving containers to which covers are to be sealed, and a diametrically located discharge station (46) from which containers with covers sealed thereto are removed from the platform (20). At least two sealing stations (48. 50) are provided where at covers are scaled to the containers. A first sealing station (48) is positioned on the arcuate path extending clockwise from the receiving station (44) toward the discharge station (46), and a second sealing station (50) positioned on the arcuate path extending counterclockwise from the receiving station (44) toward the discharge station (46). A pivot arm assembly (60) is rotatable about the pivot axis (62) to move the containers from the receiving station (44) in a clockwise direction to the first sealing station (48) and in a counterclockwise direction to the second sealing station (50).

An indexing system for a multi-head seamer apparatus for scaling the tops of containers includes a multi-position indexing platform having a plurality of stations arranged along an arcuate path about an axis (62), including a receiving station (44) for receiving containers to which covers are to be sealed, and a diametrically located discharge station (46) from which containers with covers sealed thereto are removed from the platform (20). At least two sealing stations (48. 50) are provided where at covers are scaled to the containers. A first sealing station (48) is positioned on the arcuate path extending clockwise from the receiving station (44) toward the discharge station (46), and a second sealing station (50) positioned on the arcuate path extending counterclockwise from the receiving station (44) toward the discharge station (46). A pivot arm assembly (60) is rotatable about the pivot axis (62) to move the containers from the receiving station (44) in a clockwise direction to the first sealing station (48) and in a counterclockwise direction to the second sealing station (50).