Material Processing

Laser solutions for Material Processing

Laser material processing uses high power lasers to generate intense light beams in material fabrication. This can include welding, drilling, cutting, engraving or cleaning different materials as plastics, wood and metals.

  • Marking/Engraving
  • Metal welding
  • Plastic welding
  • Soldering/Brazing
  • Cladding
  • Cutting
  • Hardening/Softening
  • Laser cleaning
material-processing

Technical parameters

Marking/Engraving

BPP: 0.3 – 5
Power: 10 – 100 W
Wavelength: NIR

Metal welding

BPP: 1 – 40
Power: 1 – 10 kW (thick sheets need more power)
Wavelength: NIR (blue for Cu [red-metals])

Plastic welding

BPP: 30 – 300 (sometimes ~ 10)
Power: 10 – 200 W
Technology shifts from 1 µm to 2 µm wavelength

Soldering/Brazing

BPP: 10 – 80 (soldering) 30 – 500 (brazing)
Power: 10 – 100 W (soldering) 300 W – 8 kW (brazing)
Wavelength: NIR

Cladding

BPP: 30 – 300
Power: 1 – 10 kW
Wavelength: NIR (blue for Cu [red-metals])

Cutting

BPP: 2 – 10
Power: 10 W – 10 kW (high power for metals)
Wavelength: NIR

Hardening/Softening

BPP: 50 – 1000
Power: 2 – 20 kW
Wavelength: NIR

Laser Cleaning

Rep.rate.: 10 – 20 kHz
Power: 100 – 1600 W
Wavelength: 1064 nm
Pulse width: < 100 ns

Related Products

Discover our lasers for Material Processing Applications. We also provide laser solutions to customer specific needs. Fill out the form below for more information.

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Diode-Pumped Solid State Lasers

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What are your application needs?

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