High-dynamic form cutter HDFC6060

Small movements - high effects

Cutting, Welding and Engraving of complex parts


Geometry generated using HDFC6060
© Fraunhofer IWS Dresden

Geometry generated using HDFC6060

State-of-the-art laser sources have considerably lifted the limits of cutting speed dependent on material thickness and performance. Innovative solidstate lasers, such as fibre lasers and disc lasers, realise significant higher cutting speeds in comparison to CO2 lasers at the same output power. However, this potential cannot be transferred into contour cuts by conventional cutting machines, due to dynamic limitations. Particularly for workpiece geometries with many direction changes, high acceleration and jerk values of the axes are necessary. The jerk describes the temporal increase of acceleration (in m s-3). Together with the acceleration, it is the decisive parameter to increase the average processing speed in contour cutting.


© Fraunhofer IWS Dresden


In order to convert the cutting capacity of modern laser sources into contour cutting, an innovative movement concept can be provided with the highdynamic HDFC6060 form cutter. As a result, current limits of machine dynamics are overcome. With help of a parallel kinematic axle structure, the moving masses for beam and cutting gas movement can be reduced to a considerable degree. Consequently, the dynamic properties in 3 dimensions can be increased significantly. The average processing speed can be doubled on many workpiece geometries
or the cutting time can be halved. Seen individually, the HDFC6060 is a fully-fledged machine. It is suitable for the high-productive mass production of complex components in the available working area.

Programming / Control

Online / Offline Bahnplanungssoftware REDcut für kinematisch redundante Achsanordnungen
© Fraunhofer IWS Dresden

Online / Offline Bahnplanungssoftware REDcut für kinematisch redundante Achsanordnungen

Through consistent use of standard interfaces, HDFC systems can be directly integrated into existing machine controls. For a stand-alone operation or coupling with different control systems, which do not offer sufficient openness for integration, the flexible programming and control environment REDcut is offered by Fraunhofer IWS.

Contour programming occurs in standard G-code or through a CAM interface. Customer-specific process parameters, which are stored in technology databases, can be allocated to the parts programme. This ensures short set-up times and consistent quality when assignments change.

The PC-based control environment, which works in the background, offers a multitude of different input and output interfaces for communication and synchronisation with superordinate procedures and to control the necessary technical functions (laser, gases, sensors, parts handling, etc.).


Characteristical application for highly dynamic laser materials processing with the form cutter HDFC6060
© Fraunhofer IWS Dresden

Characteristical application for highly dynamic laser materials processing with the form cutter HDFC6060

  • application of the cutting capacity of brilliant laser sources for contour cutting
  • small heat effected zones, even on corners and radii
  • particularly suitable for cutting of heat-sensitive materials
  • up to 60 % saving in time for parts with complex component geometries
  • compact and cost-effective system for series production
  • work field expansion through adjustment operation and superimposed movements with a coupled axis system
  • Characteristics of the HDFC6060

    Work area
    60 x 60 mm2
    Z-axis (stroke) 20 mm
    Max. axis speed 1 m s-1
    Max. axis acceleration 30 m s-2
    Positioning precision +/- 10 μm
    Dimensions 280 x 250 x 230 mm3
    Weight of entire module 15 kg
    Solid-state laser < 5 kW
    CO2 laser < 2,5 kW (on request)
    Cutting gas N2, O2 < 15 bar
    Distance sensors integrated