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HAMMERS

  Hammers with the falling parts of 3 to 32 tons in weight are intended for hot forging of pieces from ferrous and non-ferrous metals both in single or multiple-impression dies.
    Advantages:
  • Vibration-proof foundation and high dynamic stability of the main assemblies;
  • High output;
  • Air-operated control servodrive;
  • Stepless impact energy control;
  • Simple design and easy maintenance within a wide range of the process capabilities.
Hammer
TECHNICAL DATA
Parameters Values
Steam Die-Forging Hammers  
Anvil Hammers  
Impact energy, kJ 25 to 800
Dropping part weight, ton 1 to 25
No-Anvil Hammers  
Impact energy, kJ 200 to 1600
Dropping part weight, ton 20 ... 160
Hydraulic-Driven Die-Forging Hammers  
Anvil Hammers  
Impact energy, kJ 25 to 400
Dropping part weight, ton 1 to 16
No-Anvil Hammers  
Impact energy, kJ 63 to 630
Dropping part weight, ton 6.3 to 63
Steam Forging Hammers  
Impact energy, kJ  
Dropping part weight, ton 26 to 80
Bridge-Type Steam Forging Hammers 1 to 3
Bridge-Type Steam Forging Hammers  
Impact energy, kJ 80 to 240
Dropping part weight, ton 3.15 to 8