Forging
Forging entails preforming, cold or hot calibrating, trimming, closed die forging and extrusion. There are presses for various forging processes:
Preforming: consists of heating a blank in a high-temperature furnace so that it can be temporarily shaped by the press prior to being shaped permanently.
Calibration: it is used to correct the differences in shape and dimensions of forged parts.
Closed die forging: consists of shaping blanks in non-ferrous alloys such as aluminium, titanium, nickel, etc., after being subjected to a heat process.
Extrusion: consists of filling the die via high pressure exerted by a punch.
The most typical parts which can be produced using this process are: connecting rods, turbine blades, structural parts for airplanes, railways or agricultural machinery; screws and rivets.
25.000 kN Hydraulic Press with single acting in upper side and two lower ejectors for hot forging.
20.000 kN Hydraulic Press with single acting in upper side.
20.000 kN Hydraulic Press with single acting in upper side for cold calibrating.
20.000 kN Hydraulic Press with single acting in upper side for cold calibrating.
15.000 kN Hydraulic Press with single acting in upper side for hot cheesing.
15.000 kN Hydraulic Press with single acting in upper side for hot forging.
12.000 kN Hydraulic Press with single acting in upper side for hot preforming.
12.000 kN Hydraulic Press with single acting in upper side for hot calibrating.
5.000 kN Hydraulic Press with single acting in upper side for hot upsetting.