Selected features:
- State of the art dual laser machine (700 W / 1000 W)
- Maximum build envelope: 280 x 280 x 365 mm3
- High-temperature build envelope (550 °C) for improved processing of a wide range of weldable and less weldable alloys
- Layer-by-layer monitoring system and open software platform (further monitoring systems can be connected)
Selected features:
- High power fiber laser for the processing of a wide range of alloys (400 W)
- Maximum build envelope: 250 x 250 x 280 mm3
- High-temperature build envelope (650 °C) and NuPure filter system for residual oxygen reduction
- Fully flexible machine with low setup times, low powder consumption and open software platform
Selected features:
- Desktop machine for material qualification (Fe-, Ti-alloys, metallic glasses, Co-alloys) and the processing of precious metals
- Fiber laser with a maximum laser power of 120 W
- Build envelope: 70 mm diameter (X/Y), 80 mm height (Z)
- Fully flexible machine with lowest setup times and low powder consumption
Selected features:
- Industrial DED-LB/M machine for laser metal deposition
- Laser: 6 laser diodes with a total power of 1 kW
- Coaxial material feed: wire or powder
- In situ material mixing of two powders
Selected features:
- Compact ultrasonic atomizer for a wide range of metal alloys including Ti-based or other reactive metal materials
- Highly spherical metal powders suitable for material development in the field of additive manufacturing (powder bed fusion, deposition welding)
- Flexible machine setup for the atomization of wire or bulk (rods, several millimeters diameter)
- Low operating costs and high efficiency
Selected features:
- Dynamic picture analysis of powders and loose bulk solids (granules, fibers)
- Robust and reliable device for precise and quick measurements (several thousand to millions of particles)
- Particle size analysis from 1 µm to several millimeters
- Detailed 2D-analysis of shape characteristics (anisotropy, sphericity, symmetry)
Selected features:
- Automated powder flowability measurement device based on a rotating drum principle
- Dynamic measurement principle with adjustable rotating speeds for the detection of the air/powder interface relations
- Characterization of flowing angle and cohesive index
- Reduction cell for the analysis of small powder volumes
