Geka Hydracrop 220, Universal Ironworker with 2 Cylinders and 5 Workstations (Geka Hydracrop 220, Universal Ironworker with 2 Cy)

2 Cylinders Hydraulic ironworker machine with 2 Working Areas and 5 Workstations.

Hydracrop 220 is the most powerful machine of the whole Hydracrop series of Geka´s two-cylinder ironworker machines since it has 220 tons punching power. This Hydracrop can shear angle at 90º over material of 205 x 205 x 18 mm. It can also perform cutting and shearing tasks over flat, square and round bars.

This punching, shearing and angle cutting machine has two cylinders: It can perform two ironworking tasks simultaneously.

Hydracrop 220 has 5 different workstations that can complete different ironworker tasks. These work stations are the following:

• Punching.
• Angle cutting and shearing.
• Flat bars shearing.
• Bars cutting.
• Notching.

Hydracrop 220 versions

This punching, shearing, notching and angle cutting machine has two different versions available that are differentiated with the length of their throats:

• S Version: 385 mm Standard Throat.
• SD Version: 475 mm Extended Throat.

Hydracrop 220 capacities are displayed in the following table:

• Capacities based on a material resistance of 45 Kg/mm2.
• GEKA may change technical specifications, equipment and photographs of models, as well as any other information contained herein.
• Technical characteristics valid except for typographical errors or omissions.

• Punching station
  Independent guided punching cylinder with anti-rotation system and space for mounting optional or custom tools.
• Flat bars shearing station
  Progressive cutting with minimum deformation. Possibility of cutting angles in flat bars station
• Bars cutting station
  Shearing of Solid Round and Square Bars with multiple options for UPN, UPE, IPN or IPE profiles.
• Notching station
  Rectangular Notching Station with table included. Optional triangular nothing or tube notching.
• Angle shearing station
  It can do angle cutting and shearing at angles of 90º without deformation or loss of material thanks to its patented rectilinear motion system.