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FiberBlade IV

Efficient, Reliable, Low Maintenance Costs

With the most modern fiber laser, the unit is at right up to date: the Laser is characterized by a robust and long life design. No adjustment is necessary right up to the cross carriage and the emitter diodes in the laser have an average lifetime of over 50,000 hours. The laser beam is carried in an optical fiber cable through the drag chain to the cutting head, so no beam path purging gas is required.

Because of the high efficiency of the laser and the low gas consumption in total, the cutting costs on the machine are kept very low. 

The machine concept of the Fiberblade  is based on the tried and tested construction of a flat bed cutting machine with integrated shuttle table and a 2 axis cutting gantry. The fiber cable from the Laser resonator simply joins the other cables in the energy drag chain. To change the plates, the cutting table is moved into the changeover area with no additional drive using the cutting gantry motor.

The cutting area is 3m x1.5 m, 4mx2m, 6mx2m, Operating safety during laser cutting is ensured by a complete metal housing.  cameras enable monitoring of the cutting process.   The Fiber Laser works 3 times more efficient than a CO2 Laser.

Thanks to its special design, the Fiberblade  consumes comparatively low energy. The efficiency of the Fiberblade lasers is, at 30 % about 3 times higher than a conventional CO2 Laser. 

It stands for low maintenance costs and long operating life. Fiber lasers work with continuous glass fibers with no deflecting mirrors and gas purging. More than that, there are no moving parts in the laser resonator itself and the operating life of the emitter diodes is over 50.000 hours.

All this results in extremely low maintenance and service costs. Guided by the Global Control, the Fiberblade is thus extremely user friendly and economical. Fiberblade  is a highly efficient and energy saving fiber laser. As it contains no moving parts and the emitter diodes have a very long lifetime, the maintenance costs are very low. Because the beam is guided through a glass fiber, expensive adjustment work is also no longer necessary. The machine thus meets all expectations for simple operation, low costs and high reliability. The Fiberblade  with the technology of the fiber laser fulfills all expectations on easy handling, low costs and high reliability.

Key Feature:

  • Higher cutting speed
  • Low running costs
  • Easy beam delivery
  • Low maintenance costs
  • High reliability
  • Long mean time between failures
  • Chaneover workingtable
  • Positioning speed: 100 m/min per axis
  • Positioning accuracy: ±0.03mm/m
  • Acceleration: up to 1G