The invention also relates to a corresponding forming tool.
Each forming tool of the second forming tool set is adapted to co-act with one or more forming tools of the first forming tool set, or vice versa, to form a co-acting forming tool in a pressure forming zone.
When pressing occurs, the forming tool (9) delivers a closing pressure.
A one-piece cast metal heat-exchanging forming tool (10) is prepared using an expendable porous preform (34) that is cast in place within a cast metal forming tool.
A forming tool for extrusion has a die (5), which has a forming cavity (6) having at least one critical reference value.
During operation, a pulsating electrical heating current (I1) is led through the material to be pressed, coaxially to the die (1).
The invention relates to a method for producing thin-walled parts made of molding material (2) by moving a first (1) and an additional (3) shaping tool relative to one another.
Form tool for manufacturing casting moulds from moulding sand, process for its manufacture, and its advantageous use.
The invention relates to a locking device for a device used for producing metal pieces that are transformed in a closed form tool.
The invention relates to a robot-controlled shaping tool (2) and to a process for shaping, particularly for seaming workpieces (5).
The moulded seal (19) is injection-moulded and vulcanised in a form tool (2) on a fastening rail (11) laid into the form tool.
The workpiece (9) is held by the first toothing on the first shaping tool (2; 102) during shaping of the second inner toothing.
Said tool is a moulding tool, which can be applied, for example, in the deep-drawing of metal pieces.
The wafer is pressed into a hollow mould (9) using a shaping tool (8).
The composite body is particularly suitable for use as a master-pattern tool.
The invention also concerns a form tool for producing a rotor of this type.
The invention relates to a method for producing a coolable molding tool (1) and to such a coolable molding tool (1).