Laser Polarization Orientation
The orientation of the electric field vector of a laser beam affects cut edge quality when cutting different materials and directions.
Physicochemical Mechanism of Action
The laser polarization direction corresponds to the orientation of the electric field vector in the laser beam. This vector determines how the laser energy interacts with the material and what structure the cut edges have.
Metallurgical Relevance & Welding Risks
Wrong polarization direction can lead to uneven material removal or irregular cut edges, which impairs the quality of the cut. This can cause problems in further processing or assembly of the parts.
Workshop Practice & Instructions
Make sure the laser polarization direction is set optimally for the material and the desired cut edge. This can be achieved by experimenting with different settings. For metals with different crystal structures or for complex geometric cuts, careful selection of the polarization direction is crucial.