DMLS technology sinters metal powders using a laser beam. The design solutions in terms of geometric freedom are endless, while the mechanical properties and post-processing possibilities of the printed element remain unchanged compared to other production technologies.

Sintering of
metal alloys

Complex geometries
Structural weight reduction

Metal 3D printing
Technical Data
Materials Aluminium AISi10Mg Stainless Steel 316L Titanium Ti64
As built Heat treated As built Heat treated
Tensile strenght MPa       1270 (ultimate) 1040 (ultimate)
  Horizontal direction (XY) 445±20 335±20 600-640    
  Vertical direction (Z) 405±20 325±20 540-570    
Yield strenght % (MPa)       1270 (ultimate) 1040 (ultimate)
  Horizontal direction (XY) 275±20 225±20 500-540    
  Vertical direction (Z) 230±10 220±10 450-480    
Modulus of elasticity (GPa)       N.A. N.A.
  Horizontal direction (XY) 70±5 70±5 N.A.    
  Vertical direction (Z) 65±5 65±5 N.A.    
Elongation at break %       8.7 14.0
  Horizontal direction (XY) 6.5±2 11±2 35-40    
  Vertical direction (Z) 3.5±2 7±2 45-54    
Fatigue Strenght (Z) Mpa 97±7 97±7 N.A. N.A.
Hardness HBW 120±5 120±5 N.A. N.A.
Density g/cm3 2.68 2.68 ≥7.97 4.4