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AAU Energy

Additive Manufacturing by Selective Laser Melting (SLM)

Testing Capabilities

X-POWER offers an advanced additive manufacturing system to fabricate power electronics components, packaging, and heatsinks.

Lasertec 12 SLM
Lasertec 12 SLM

Additive Manufacturing by Selective Laser Melting (SLM) in Power Bed

  • Highly complex components with function integration
  • Internal close-contoured cooling channels
  • Weight optimisation due to lattice and honeycomb structures as well as topology-optimised components
  • Simultaneous build-up of different designs
  • Functional prototypes made of series materials
Lasertec 12 SLM
Lasertec 12 SLM

Additive Manufacturing with a 125 X 125 X 200 mm (X / Y / Z) Building Volume

  • High precision building of 3D parts with a focus diameter of only 35 µm
  • Application-specific fibre laser sources from 200 W as standard to 400 W optional
  • Optimised shield gas volume flow for highest component quality with minimum Argon consumption
  • Open system: Individual adjustment of all machine settings and process parameters as well as unrestricted selection of the material supplier
  • End-to-end competence with integral process understanding from drawing to finished part: DMG MORI Process Chains for pre- and post-processing of additively built parts

Replug – The Powder Module for Fast Material Change

  • Automated powder handling: Integrated powder-recycling for maximum efficiency and highest work-safety due to closed material cycle 
  • One material per rePLUG – Any expansion of the material range due to modular changing system
  • Contamination-free change between different materials in <2 hours
  • High process autonomy due to powerful duo filter system (filter change without process interruption) as well as large powder reservoir (no manual refilling required in the process)
  • rePLUG RESEARCH The additional powder module, especially developed for the material and process parameter development on the series system

Technical Data

  • Build volume X: 125 mm
  • Build volume Y: 125 mm
  • Build volume Z: 200 mm
  • Min. Layer thickness: 20 µm
  • Max. Layer thickness: 100 µm
  • Min. Focus diameter: 35 µm
  • Laser power standard: 200 W
  • Laser power optional: 400 W
  • Inert gas: Argon
  • Inert gas consumption: 70 l/h

Potential to Research and Industry Service

  • Support research on 3D printing techniques to fabricate reliable prototypes
  • Support research on optimized components, packaging, and heatsinks