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.

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

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