Powder Bed Fusion

PBF (Powder Bed Fusion) is a representative metal 
additive manufacturing
(AM) process.​ PBF enables rapid prototyping and low-volume, high-mix production of metal components, offering the key advantage of producing complex geometries impossible with conventional subtractive manufacturing methods.​
Leveraging these strengths, PBF facilitates part consolidation, lightweighting, and customized manufacturing for optimized performance.​.
  • PBF Materials
    • MaragingSteel MS1
    • StainlessSteel 316L
    • NickelAlloy Inconel 718
    • Aluminium AlSi10Mg
    • Copper CuCP
  • Build Volume
    • EOS M300

      300x300x400mm, 1 unit

    • EOS M290

      250x250x325mm, 3 units

    • FastForm

      140x140x140mm, 2 units

Direct Energy Deposition

DED (Directed Energy Deposition) is one of the primary metal additive manufacturing (AM) processes
simultaneously spraying metal powder with a high-power laser to deposit material layer by layer.​​
DED excels in post-machining of near-net-shape parts, multi-material deposition, and component repair applications.
By integrating metal additive manufacturing with 5-axis CNC machining within a single platform, DED achieves subtractive manufacturing-level dimensional precision​​​
  • DED Materials
    • StainlessSteel 316L
    • NickelAlloy Inconel 718
    • NickelAlloy Inconel 625
    • Ferro55
    • SS400
    • Stellite6
    • Stellite21
    • Cu10Al
    • 17-4PH
  • Build Volume
    • DMG MORI

      Ø 500 mm, 1 unit

Design for Additive Manufacturing (DfAM)​
Design Optimization​
  • # Part Consolidation
  • # Lightweighting​
  • # Performance Enhancement​
  • # TPMS Structure
Enhanced Design Freedom​ Support Free​
Support Free
  • Nickel Alloy IN718Support Free 10.5°
  • Stainless Steel 316LSupport Free 13.0°
  • Copper CuCPSupport Free 21.0°
Material – Specific Process Development
Additive Manufacturing Process Development

Aluminium AlSi10Mg

30
µm

40µm, 60µm, 80µm,

Maraging Steel MS1

40/50
µm

30µm, 60µm, 80µm, 100µm

Stainless Steel 316L

20/40
µm

40µm +Support Free

Nickel Alloy IN718

20/40
µm

40µm +Support Free

Copper CuCP

40
µm

40µm +Support Free
→ Enhanced Productivity & Cost Competitiveness
SPEC
Category Equipment Manufacturer Model Name Build Volume (mm) Quantity
X Y Z
3D METAL PRINTER PBF EOS M300-4 300 300 400 1
M290 250 250 325 3
3D SYSTEMS DMP-320 275 275 420 1
DED HYBRID DMG MORI LASERTEC 65 3D Ø500 560 1
Portfolio