Structured light is desired in the micromachining of various materials. As the latest ultrashort
laser sources increase the average power by increasing the repetition rate, the efficiency of …

Radial and azimuthal polarizations have attracted new interest in the process development
community due to improved beam propagation and absorption conditions in the ablation …

Performance of various modern laser based micromachining techniques can be improved
by applying square laser spots with uniform intensity distribution. And providing possibility of …

The polarization of the laser beam exhibits more substantial differences in laser
micromachining as the angle of incidence deviates from zero. In the reported work, our focus …

Laser micromachining substitutes conventional techniques in cases where area
modifications, repair of prefabricated devices or tools are necessary. Systems technology is …

Invariant Bessel–Gauss beams have attracted great interest for transparent material
microprocessing applications. The small central peak and elongated focal region of the …

Beam profile engineering, where a desired optical intensity distribution can be generated by
an array of phase shifting (or amplitude changing) elements is a promising approach in laser …

Refractive Gauss-to-Tophat Beam Shapers Improve Structure Quality and Speed in Micro-machining
clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM SUBMISSION …

Beam shapers for high power lasers, fabricated by laser micro-machining Page 1 Beam
shapers for high power lasers, fabricated by laser micro-machining Howard J Baker, Christian …

The smallest width of a Gaussian beam at the focal plane is called waist and is only limited
by the diffraction limit of the light. The waist determines the Rayleigh length which is the …