Abstract: A sheet metal blanking die assembly is described. The assembly has a lower and an upper part and guide columns to maintain the parts aligned during the movement of the upper part relative to the lower part. The upper and lower part present flat parallel mutually opposing horizontal portions. The lower flat portion receives the sheet metal, while the upper flat portion presents a plurality of punches projecting downwards from it when the die assembly is closed by the action of a press. Blanking recesses are present in the flat lower portion to receive the respective punches. The die assembly presents a differential rotation device for a blanking unit positioned to correspond with at least one blanking position.

Abstract: A sheet metal blanking die has a lower and an upper part and guide columns for maintaining the parts aligned. The upper part presents a plurality of punches which project downwards from it, when the die is closed by a press. Recesses are present on the flat lower portion to receive the respective punches at the moment of blanking. For one punch a rapid replacement device can be provided, including a chamber within which a loader can move presenting two cavities of vertical axis to receive relative punches. By moving the loader a punch can be selected for transfer from a rest position to an operative blanking position.

Abstract: A sheet metal blanking die assembly is described. The assembly has a lower and an upper part and guide columns to maintain the parts aligned during the movement of the upper part relative to the lower part. The upper and lower part present flat parallel mutually opposing horizontal portions. The lower flat portion receives the sheet metal, while the upper flat portion presents a plurality of punches projecting downwards from it when the die assembly is closed by the action of a press. Blanking recesses are present in the flat lower portion to receive the respective punches. The die assembly presents a differential rotation device for a blanking unit positioned to correspond with at least one blanking position.

Abstract: A sheet metal blanking die has a lower and an upper part and guide columns for maintaining the parts aligned. The upper part presents a plurality of punches which project downwards from it, when the die is closed by a press. Recesses are present on the flat lower portion to receive the respective punches at the moment of blanking. For one punch a rapid replacement device can be provided, including a chamber within which a loader can move presenting two cavities of vertical axis to receive relative punches. By moving the loader a punch can be selected for transfer from a rest position to an operative blanking position.