Hydraulic forging hammer Beche KGM 6.3 — 69 kJ

Dabrox Listing ID: S86575

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Beche KGM 6.3 hydraulic forging hammer - description

Hydraulic forging hammer Beche KGM 6.3 — 69 kJ (ID:S86575) is impact-type forging equipment with hydraulic drive. Unlike traditional hammers, the impact energy here is generated not by the free fall of the ram, but by the forced movement of the piston under fluid pressure. This design allows precise adjustment of each blow's energy, increases efficiency, and reduces vibration levels.

Technical specifications Beche KGM 6.3 (ID:S86575)

TypeHydraulic forging hammer
ManufacturerBeche
ModelKGM 6.3
YOM1994
Work capacity max69 kJ
Strokes per minute98
Stroke805 mm
Max. space between bolster and ram1015 mm
Dies heightmax. 465 mm, min. 210 mm
Total length7030 mm
Height above floor5655 mm
Deep under floor1375 mm
Total weight94 tons
Anvil weight89 tons

Hydraulic forging hammer Beche KGM 6.3 - technological processes and operations

Forging The process of plastic deformation of metal, in which the workpiece changes shape under the impact of blows or static pressure. During forging, the metal structure is densified, internal inhomogeneities are eliminated, and the mechanical properties of the material are improved. As a result, forged products are distinguished by high strength and reliability when operating under significant loads. Forging is used both for producing finished parts and for preparing workpieces for subsequent stamping.
Closed-die forging The workpiece is deformed inside a die cavity that restricts metal flow, forcing it to fill the exact shape of the tool. Under high pressure, the material spreads into every recess and detail of the die, producing a part with precise geometry. This method provides high accuracy and repeatability, making it the standard for series and mass production of complex forgings.
Drop forging A method of hot closed-die forging in which the workpiece is deformed by the energy of a falling ram. Under the impact, the metal fills the die cavity, reproducing its geometry and taking the shape of the finished part. The process is characterized by high productivity and repeatability, making it in demand in series and mass production.