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• W2896732464 abstract "Performance of various modern laser based micromachining techniques can be improved by applying square laser spots with uniform intensity distribution. And providing possibility of scanning of such a spot over whole working field with using popular 2- and 3-axis galvo mirror scanners is of great importance for many laser microprocessing technologies, like scribing, drilling vias in PCB, flat panel display repair. These tasks can be successfully solved with using the field mapping refractive beam shaping optics like πShaper and Focal-πShaper. Due to their unique features, such as low output divergence, high transmittance as well as extended depth of field these beam shapers provide a freedom in building an optimum optical system. Depending on the conditions of a particular technique it is possible to apply either a πShaper with imaging optics or a Focal-πShaper with focusing lenses. And important feature of these approaches is in easy adaptability to optical design of already existing material processing systems. There will be considered several optical layouts based on various refractive beam shapers πShaper/Focal-πShaper to generate square shaped laser spots of uniform intensity which sizes span from several tens of microns to millimetres. Examples of real implementations will be presented as well.Performance of various modern laser based micromachining techniques can be improved by applying square laser spots with uniform intensity distribution. And providing possibility of scanning of such a spot over whole working field with using popular 2- and 3-axis galvo mirror scanners is of great importance for many laser microprocessing technologies, like scribing, drilling vias in PCB, flat panel display repair. These tasks can be successfully solved with using the field mapping refractive beam shaping optics like πShaper and Focal-πShaper. Due to their unique features, such as low output divergence, high transmittance as well as extended depth of field these beam shapers provide a freedom in building an optimum optical system. Depending on the conditions of a particular technique it is possible to apply either a πShaper with imaging optics or a Focal-πShaper with focusing lenses. And important feature of these approaches is in easy adaptability to optical design of already existing material processing s..." @default.
• W2896732464 created "2018-10-26" @default.
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• W2896732464 date "2012-01-01" @default.
• W2896732464 modified "2023-09-28" @default.
• W2896732464 title "Creating round and square flattop laser spots in microprocessing systems with scanning optics" @default.
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• W2896732464 doi "https://doi.org/10.2351/1.5062535" @default.
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