Systems & Services for EB Welding, Laser in Vacuum Welding & Additive Manufacturing in Vacuum
Laser Powder Bed Fusion
Diffusion Bonding
Wire-feed Laser in Vacuum Energy Deposition
Wire-feed Electron Beam Energy Deposition

Additive Manufacturing Powder Bed Fusion

Powder Bed Fusion - Principle / Courtesy of Researchgate

Based on Fused Deposition Modeling (FDM), an energy source melts defined structures into a powder layer that solidifies immediately.


After finishing one layer a fresh powder layer is applied and selectively melted.



Laser or electron beam can serve as energy source.

For a laser beam, it is beneficial to work in a vacuum to improve metallurgical properties of the final structure.


Comparatively small workpieces with complex internal and external structures

Available System:

  • SLaVAM - powder bed
    Selective Laser in Vacuum Additive Manufacturing
    Deposition rate: 50 - 150 cm³/h

Systems & Options

Different technologies in vacuum for optimized additive manufacturing

Any questions?