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Faculty 3
Chair of Joining and Welding Technology Prof. Dr.-Ing. Klaus Schricker

Laser beam technology

Machining centres and handling systems

  • Reis Robotics
    • 6-axis gantry system
    • 6-axis articulated-arm robot
    • Rotary tilting table
  • Trumpf TruLaser Cell 3000
    • 5-axis machine
  • Trumpf TruLaser Cell 7040
    • 5-axis gantry system
  • Mobile laser machine-tool
    • 4-axis machine

Laser sources

  • 15 kW fibre laser (IPG YLS 15000, 1070 nm)
  • 9 kW fibre laser (Trumpf TruFiber 9000S, 1080 nm, core-ring system)
  • Fibre laser 3 kW (IPG YLS 3000 and IPG YLR 3000, 1070 nm)
  • Diode laser 6 kW (Laserline LDFblue 5000-30 / 6000-100, 445 nm, blue)
  • Disc laser 2 kW (Trumpf TruDisk 2000, 1030 nm)
  • CO₂ laser 5 kW (Trumpf TruFlow 5000, 10.6 µm)
  • Nd:YAG hand laser 200 W with 9 kW pulse peak power (Alpha Laser ALFlak 200, 1064 nm)

Machining optics

  • Laser beam welding
    • Fixed optics
    • Scanner system and wobble optics
  • Deposition welding and additive manufacturing
    • Fixed optics for coaxial wire feed (Precitec CoaxPrinter) and lateral wire feed
    • Fixed optics for powder cladding

Powder-bed machines

  • AMCM M290 FLX
    • 1200 W (1070 nm, core-ring intensities)
  • DMG MORI Lasertec 30 Dual SLM
    • 2 × 1000 W fibre lasers (1070 nm)
  • Realizer SLM 125
    • 400 W fibre laser (1070 nm)
    • 500 W fibre laser (532 nm, green)

      Corrosion measurement and performance diagnostics

      • Prometec UFF100
      • Prometec laser rangefinder
      • Ophir FL1100A-BB-65
      • Ophir StarLite Meter
      • Ophir LBS-300 with SP920s camera

      Contact person

      Dr.-Ing.
      Ralf Ossenbrink

      FZ3H / Room 2.11
      E-Mail
      +49 355 69-3776

      Further links

      Key research areas
      Process Diagnostics Equipment