The invention provides a tool which can be used with a punch press.

The receptacle is dimensioned to receive a punch press die.

A combination punch press and laser machine has its punch press system and worktable mounted to one frame while its laser system is mounted to another frame.

A punch press and dye are pre-heated while the slug moves through an oven, heating it to the same temperature as the punch press.

The invention relates to a punch press (10), in which compressive machining is performed on a blank.

A self-aligning multi-tool (10) for use in a punch press having a ram (50).

The punch press can suppress interference between the workpiece and the die during conveyance.

Disclosed is a punch press which is equipped with a plurality of dies and a plurality of punches, and which punches a workpiece using punches and dies that are set in a punching position.

An improved and efficient punch press comprising a unique assembly of adjustable and interchangeable components to offer a device that is versatile in its applications.

The disclosed and claimed compressed gas system (20) provides for the use of a rotary valve assembly (40) in association with a cupper (10).

Gun fire, or the noise produced by punch presses, are examples of such noise.

A shuttle assembly (24, 124) for use with an end forming machine (12) includes a shuttle (14, 114) and a release mechanism (10, 210, 310) coupled to the shuttle (14, 114).

Gun fire or the noise produced by punch presses are examples of such noise.

A method of manufacturing a stamped, extruded finished part (90) includes permanently attaching upper and lower shoes (16, 26) to a moveable ram (12) and a stationary bolster plate (14) of a dedicated stamping press (10).

In said numerically controlled punch press, data indicating a punch pressing inhibiting region and tool shape data indicating a shape of each tool are stored in advance in memory (2).