Robotic Laser Cladding takes additive manufacturing of large-scale metal components to a new level. Where conventional methods reach their limits, our robot-assisted, wire-based laser cladding delivers maximum precision, flexibility, and process stability – even in complex applications.
Together with LUNOVU, we at BGH Edelstahlwerke GmbH combine our core competencies in high-performance alloy development and machine design to actively shape the future of additive manufacturing.
Our Focus:
Processing nickel-based superalloys made by BGH using a coaxial
Laser-Wire-DED process – ensuring reproducible quality, optimized processes
and cost efficiency.
The added value:
- Improved material efficiency through our specialized wire alloys
- Process stability thanks to coaxial material deposition
- Dimensional and surface accuracy of 0.3 mm without post-processing
- Sustainable extension of large components’ service life
- Processing of complex, non-planar geometries
- High melting performance with stable process control
⚙️ Technical Highlights:
💡 Dual nickel-based superalloy wire – 1.6 mm diameter
💡 Deposited material: 20 kg superalloy
💡 Deposition rate: 3 kg/hour
👉 Learn more about our Case Study!
💬 Live at Wire 2026: 13.–17.04.2026| Booth-Nr. 12/B60