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Arc welding for joining and additive manufacturing

Arc welding

ALOarc

ALOarc

Arc welding and additive manufacturing

Arc welding is particularly suitable for high deposition rates and is used for cladding and joint welding. CMT welding is particularly suitable for additive manufacturing.


We will use this technology to further expand the production branch of additive manufacturing.

ALOarc

Sample components

Ready for all applications

Wire materials

Different types of laser cladding wires – including nickel-based, copper-based and iron-based alloys – ensure optimal cladding according to the desired requirements, such as wear resistance, corrosion resistance and temperature resistance.

Wire materials: Nickel
  • High toughness
  • High corrosion resistance
  • Ideal as buffer and filler material
Wire materials: Iron
  • Flexible and economical
  • Hardness up to 65 HRC
  • Wear resistance due to W, V
  • High corrosion resistance due to Cr, Ni
Wire materials: Copper
  • Good sliding properties
  • High corrosion resistance
  • High resistance to cavitation
Wire materials: Tin
  • Good sliding properties
  • High corrosion resistance

Is additive manufacturing a must-have for you?

Let’s talk!

We’ll work with you to find the right solutions for your needs.

Arc welding for additive manufacturing

Our applications in moving images

Roll it – laser on

Laser hardening

Laser hardening of a drive gear
Mobile laser hardening of pressure sleeves
Laser hardening of a forming tool
Laser hardening with mirror system
Laser hardening of gear rack with ALOhardzoom
Laser hardening of a cylinder with ALOhardzoom

Laser powder cladding

Repair of a flanged shaft
Repair and cladding
New quality for cutting tools

Laser wire cladding

Laser cladding by wire
New quality for cutting tools