Solid-state lasers with pulse duration of 10 ps and radiation wavelength of 1064 nm were
used to investigate the laser ablation efficiency dependence on processing parameters …

Fabrication of high-resolution 3D structures with laser radiation on the surface of brittle
materials has always been a challenging task. Even with femtosecond laser machining …

Compared to conventional methods, laser engraving is the most effective technique in the
machining of hard materials that have a complex geometry. Therefore, laser based …

The present study is aimed to investigate micro-milling performance of thermoplastics with
different parameters, namely laser beam absorptivity, latent heat of vaporization, laser power …

In this paper a 5 axes CAM procedure for the laser milling of free form surfaces has been
developed and experimentally verified. The laser beam is deflected by a galvanometric …

In this paper, a 3D simulation model for nanosecond pulsed laser engraving process is
developed, using the finite element method (FEM) aiming at the prediction of the final …

Femtosecond laser surface texturing is gaining increased interest for optimizing tribological
behaviour. However, the laser surface texturing parameter selection is often conducted …

Тенденция к миниатюризации механических, электронных и оптических компонент
повысила требования к технологиям двумерного и трёхмерного формообразования, в …

The tendency to miniaturization of mechanical, electronic, and optical components imposes
more stringent requirements to technologies of two-dimensional and three-dimensional …

Polymethylmethacrylate has an advantage of absorbing the maximum intensity of the
radiation incident on it. This makes it suitable to be machined by a laser machining process …