Towards robust dynamic beam shaping for laser cutting applications

Dynamic beam shaping brings a large potential for the laser cutting process by increasing speed and improving cut edge quality. However, oscillation is almost exclusively realized with 2-mirror galvanometer scanners that limit industrial implementation of technology. Within this work, new concept platform based on single-mirror scanning system 4 kW fiber tested 12 mm thick plates in different materials. Technology knowledge transfer from existing datasets common has been used to up optimization novel system. The proposed solution able substitute conventional deflection mirrors can be easily integrated into optical path machines. This paper introduces advanced possibilities experimentally demonstrates dynamic performance compared static reference