FineCutter laser cutting head precisely cutting a thin-walled metal tube with visible sparks

Laser Cutting - Laser Cutting Heads

FineCutter - High precision & burr-free fine cutting

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Versatile solutions for thin sheets & complex 3D components

The FineCutter offers you a versatile solution for the wide range of applications (e.g.: Micromachining) of laser cutting in precision machining. It is specially designed for the use of solid-state lasers with highly brilliant and pulsed beam sources. This enables you to achieve the finest contours and smooth, burr-free cut surfaces, both in 2D laser cutting systems and in robot applications. Thanks to the integrated camera, setup is completed in the shortest possible time and you always have a good view of the cutting process.

Image of the FineCutter laser cutting head, designed for high precision and burr-free precision laser cutting
Image of the FineCutter laser cutting head during precision cutting
Images of gears for precision engineering cut with the FineCutter laser cutting head for high precision and burr-free laser fine cutting
Image of stents cut with the FineCutter laser cutting head
Image of the FineCutter laser cutting head, designed for high-precision, burr-free laser fine cutting
Close-up of a laser-cut metal stent beside a millimeter scale showing its fine structures
FineCutter laser cutting head precisely cutting a thin-walled metal tube with visible sparks

Advantages

  • High imaging quality

    With a high imaging quality of the optics, ever smaller parts, and more complex geometries with the smallest cutting gap widths are produced in the μ range.
  • Procesing of different materials

    As a very compact solution for flatbed systems, the FineCutter also processes different materials such as brass, silver, or platinum in the thin sheet metal sector. Prototypes and small series are produced quickly and with high precision, without long set-up times.
  • Proven sensor technology

    The basis for permanently clean cut edges and perfect gap widths is provided by the proven sensor technology for a constant distance between component and optics. 

Technical data

  • max. laser power: 500 W 
  • Wave lengths: 1,064 nm
  • Focal lengths: 50, 80, 125 mm 
  • max. free aperture: 16 mm
  • Vertical adjustment: +0.5 / -2.5 mm
     

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