Kategoriebild
Laser Processing Head µTypical Applications:
Cutting, Welding, Drilling
Laser:
Up to 500 Watt, Single- and Multimode
Laser Processing Head BIMOTypical Applications:
General laser processing
Laser:
Multimode and Singlemode up to 20 kW
Cutting Head BIMO-FSCTypical Applications:
Flat sheet cutting
Options:
capacitive height sensing
Laser:
Up to 4 kW
Laser Processing Head PDTTypische Applikationen:
Brazing, welding, cladding with tactile seam tracking
Options:
Integrated clamping system, process materials
Laser:
Up to 6 kW
Laser Processing Head PDT-BTypische Applikationen:
Brazing, welding, surfacing with tactile seam guiding
Optionen:
Integrated clamping system, process materials
Laser:
Up to 6 kW
Laser Processing Head RSK

Typical Applications: 
Welding, brazing, cladding with integrated clamping system
Options:
Process materials, optical seam tracking
Laser:
Up to 6 kW

Laser Process. Head RLSKTypische Applikationen:
Remote laser welding
Laser:
Up to 6 kW
deutsch

Three Dimensions
At the Speed of Light

RLSK Funktion

The laser light is focused on the workpiece by the collimation module and the focusing module. Two scanner mirrors and a linear axis (which holds the collimation module) move the focus position around the workspace of 200 x 300 x 200 mm3 within milliseconds.

The unique optical design of the lens systems for collimation and focusing the laser beam guarantees a constant focus diameter for reliable process results over the entire work space.

The integrated linear axis is not only responsible for moving the collimation unit and therefore the focus position in the Z dimension but also serves the purpose of focusing two laser pointer beams in the position of the laser focus. This enables the user to go offline and pre-program the welding process with pinpoint precision. By also directly coupling the imaging system of the CCD camera to the linear axis the laser process can be directly observed in the focus position where the work is being done.