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Difference between manual and automated laser cladding

Manual laser cladding

With this process, the welder looks through optics onto the object to be welded and places the filler metal manually onto the area to be welded. In most cases, this filler metal consists of a thin wire with a diameter between 0.15 and 0.8 mm. For best results, the welder directly and instantly varies the welding direction and the quantity of the supplied filler metal. Manual laser cladding frequently uses a pulsed laser.

Automated laser cladding

Automated application of filler materials in wire or powder form during laser welding is done by machines. Here, metallic powder can also be used in addition to wire. The required preconditions include specifically designed software in addition to suitable hardware. This software delivers the required CAM data to the laser welding installation, enables setting of volume models, and specifies the welding parameters for the individual coating levels.



Manual and automated laser systems

ECO LASER

ECO LASER

Cost-efficient, manual laser welding system forstartups

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EVO MOBILE

EVO MOBILE

Mobile and compact laser welding system for big and small workpieces

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LRS EVO

LRS EVO

Automated laser technology for small to medium sized workpieces

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HTS MOBILE

HTS MOBILE

Mobile laser technology for big and small workpieces

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LASERCAB

LASERCAB

The class 1 laser for industrial and highly frequented production environments

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PICCOLASER

PICCOLASER

Laser technology for dental technicians and jewelers

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DIODELINE

DIODELINE

15 times higher efficiency! No wear parts! No water cooling!

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ROBOLASER

ROBOLASER

4 applications 1 robot welding - cutting - hardening - cladding

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