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Laser precision machining at LILA  

MANY MATERIALS, DIFFERENT PROCESSES, MINIMUM TOLERANCES

Precision laser cutting

MATERIAL:

  • Steel

  • Hastelloy

  • Tungsten

  • Molybdenum

  • Ceramics

  • Silicon

  • Nickel alloys

  • Titanium

  • Non-ferrous and precious metals

 

Precision laser welding

MATERIAL:

  • Steel

  • Hastelloy

  • Tungsten

  • Molybdenum

  • Nickel alloys

  • Titanium

  • Non-ferrous and precious metals

 

Precision laser drilling

MATERIAL:

  • Steel

  • Hastelloy

  • Tungsten

  • Molybdenum

  • Ceramics

  • Silicon

  • Nickel alloys

  • Titanium

  • Non-ferrous and precious metals

 
MATERIAL THICKNESS:
  • Steel:         from 0.05 to 3 mm
  • Ceramics:   from 0.5 to 20 mm (depending on material)
 
WIDTH OF CUT:
  • from 40μm
 
ADVANTAGES:
  • sharp cutting edges
  • low edge roughness
  • cutting of complex geometries
  • angled cuts possible with up to 25 degrees to the surface
ADVANTAGES:

  • high strength

  • no cracks in the material

  • gas-proof welds

  • exactly reproducible geometry of the weld area

  • welds even in depressions, hollows and through windows

  • highly accurate repeatability – through precisely defined welding parameters and lack of tool wear

MATERIAL THICKNESS:
  • Steel:         from 0.05 to 3 mm
  • Ceramics:   from 0.5 to 20 mm (depending on material)
 
PROCEDURE:
  • Percussion drilling – with diameters from 20μm to 800μm
  • Trepanning – with diameters from >800μm up to approx. ∞
 
ADVANTAGES:
  • sharp drilling edges
  • low edge roughness
  • holes with positive and negative tapering of up to 25 degrees to the surface
 
ADDITIONAL BENEFITS FOR BRILLIANT RESULTS:
  • touchless and force-free processing method
  • no deformation of the work pieces
  • low heat influence
  • long service life – due to lack of tool wear
  • makes economic sense for single productions as well as small batches
  • high system flexibility and quality standards