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PowerBlade®

Powerful, dynamic and precise

The PowerBlade is characterised by extreme dynamic performance and accuracy. With working widths of over 4 m and track lengths up to 50 m and more, the laser cutting machine is predestined for large format plates.

With the modern fibre laser technology, extremely powerful drives, precise linear guides in both longitudinal and transverse directions and a multifaceted bevel head, the PowerBlade is equipped for a wide range of applications. As well as vertical cuts, the widest range of bevel cuts can be combined in one part, for example to produce optimum weld seam preparations – and all that in one operation. The on board colour camera enables the process to be viewed over the entire working area. Thus the laser cutting machine PowerBlade stands out due to its unsurpassed flexibility.

The laser is characterised by a high efficiency as well as a robust and long lasting construction. The laser beam is carried in the energy chain through a glass fibre. So the high beam quality and with it the cut results are consistent over the entire working area. No adjustment and no beam path purging is needed right the way up to the cross carriage. At the same time, the laser resonator does not have any negative effect on the machine dynamics, as it is installed statically beside the machine.

Guided by the Global Control, the PowerBlade is thus extremely user friendly and economical. The machine thus meets all expectations for simple operation, low costs and high reliability.

Key Features:

  • Simultaneous speeds up to 140 m/min
  • Positioning accuracy: +/- 0,1 mm
  • Central control console with process observation
  • Patented magnetic collision protection to protect the cutting head
  • Continuous bevels from -45° up to +50o
  • Working widths of over 4 m and table lengths up to 50 m
  • High component accuracy thanks to linear guides for longitudinal and transverse motion
  • Highest acceleration up to 1 g
  • Weld preparation / bevel cutting
  • Infinitely rotating bevel unit
  • Highest force deployment during acceleration
  • Technology database
  • Macro nesting