Materials and Processes

Materials and Processes

  • FOCUS TOPICS

  • Laser-based processes for the automotive,
    aerospace, and shipbuilding industries, and for tool and mold making,
    deep see mining and biomedical technologies

  • Additive manufacturing

  • Processes for Industry 4.0

  • Laser and work safety

Latest News

How do metallic and non-metallic materials react to laser radiation? And how can we use this knowledge for laser-based processes that also save resources and energy? The Materials and Processes Department is concerned with these core issues. The researchers use the newest findings from fundamental research to optimize manufacturing processes, and to qualify them for innovative optical production technologies. Independent of the processing dimensions or the material itself, the department develops customized processes, for example for applications in the automotive or shipbuilding industries, or for biomedical technology.

Projects

  • AZULa - Automated disassembly of reactor pressure vessel installations using underwater laser technology
  • CRC 871: Regeneration of complex industrial goods – subproject B5: single-crystalline laser beam welding
  • Custom magnesium alloy for Selective Laser Melting: material development and process modeling
  • Development of a hybrid high-speed manufacturing system: laser wire deposition welding and HSC milling in a machine environment
  • DupLUH – Joining of compound steels using hybrid submerged arc laser beam welding
  • LaMiRo - Laser beam welding of dissimilar materials for tube joints
  • MagnUm - Selective laser beam melting of magnesium alloys in an industrial environment
  • MiGlaM – Minimizing hazards due to the contamination and spreading in the work environment during the laser-additive processing of metal powders
  • MOONRISE
  • SFB 1368/1 Oxygen-free production TP A02: Investigation of the processability of metal powders during selective laser beam melting in an XHV-adequate atmosphere
  • Special Research Field (SFB) 1153: Process Chain for Manufacturing Hybrid High Performance Components by Tailored Forming. A03 - Ultrasound-assisted laser welding for the generation of formable mixed compounds.
  • Special Research Field (SFB) 1153: Process Chain for Manufacturing Hybrid High Performance Components by Tailored Forming: Subproject A4 Spatial adaption of material properties of forming parts using surfacing techniques to produce graded hybrid component
  • XXL3D.print - Verbundvorhaben XXL3DDruck: Energie- und ressourceneffiziente Herstellung großskaliger Produkte durch additive Fertigung am Beispiel von Schiffgetriebegehäusen - Teilvorhaben: Entwicklung einer leistungsfähigen, additiven Prozesstechnik
  • XXL3D.print – Joint research project XXL3DDruck: energy and resource-efficient manufacturing of large-scale products using additive manufacturing for the example of ship gearboxes – sub-project: development of a high-performance additive process technolog