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The bolster plate is mounted on top of the press bed and is a large block of metal upon which the bottom portion of a die is clamped; the bolster plate is stationary. Large presses (like the ones used in the automotive industry) may be equipped with die cushions integrated in the bolster plate to apply blank holder or counter draw forces.
The general press tool construction will have the following elements: Shank: It is used as a part for installing the Press tool die in the slide of the press machine with proper alignment. Top Plate: It is used to hold top half of the press tool with press slide. It is also called Bolster Plate.
A screw press is also known as a fly press. A stamping press is a machine press used to shape or cut metal by deforming it with a die. It generally consists of a press frame, a bolster plate, and a ram. [5] Capping presses form caps from rolls of aluminium foil at up to 660 per minute.
Die shoes (holders) – the set of flat, parallel plates that serve as the foundation for mounting die components. [4] Guide pins (pillars) – together with guide bushings, the pins align the die shoes precisely during each press stroke. [4] Die set (plates). [5] Placement can be inverted depending on the operation, such as use of a knock-out: [6]
Stamping (also known as pressing) is the process of placing flat sheet metal in either blank or coil form into a stamping press where a tool and die surface forms the metal into a net shape. Stamping includes a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press , blanking, embossing ...
C type presses have a bed plate which is used to lock the die bottom bolster. For locking the die, T-bolts are used and so this plate contains T-slots into which T-bolts are slid in. These slots are placed diagonally and with a slot horizontal to the longer side of the plate, is the general practice.
Most punch presses are mechanically operated, but simple punches are often hand-powered. Major components of this mechanical press are the frame, motor, ram, die posts, bolster, and bed. The punch is mounted into the ram, and the die is mounted to the bolster plate. The scrap material drops through as the workpiece is advanced for the next hole.
In 1947, the company built the largest all-steel drawing press ever manufactured up until that time. It was 62 ft. long, 14 ft. wide, and 36 ft. high. It weighed over a million pounds and took over a year to build. Built for an appliance manufacturer, it could stamp out drawers for stoves at the rate of eight per minute, or 480 an hour.