This chapter deals with the laser-based fabrication of surface structures by ablative material
removal. Only microstructures with typical dimensions ranging from 100 to 1 mm are treated …

Welcome to this special section on laser ablation. Advances in ultrafast pulsed laser
technologies have made it possible to investigate physical processes on the shortest time …

From the invention of the laser almost about five decades ago scientists have studied the
potential of laser micromachining. Compared to high power laser applications most …

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The interest in ablation as a process has recently become important with the introduction of
very powerful, ultrashort laser pulses of immense power but little energy. Such pulses can …

Micromachining experiments were performed with Ti: sapphire laser pulses (130 fs-150 fs,
800 nm, approximately 10 Hz) in air. Employing the direct focusing technique, highly …

Over the last 20 years, laser technology has often been cited in micromachining related
scientific works, due to the fact that lasers have significantly facilitated the production and …

Today the laser technologies are widely used in the processing of materials, including also
the precise micro shaping. Deep UV lasers have very good prospects in the lithography …

Laser micromachining is based on the interaction of laser light with solid matter. As a result
of a complex process, small amounts of material can be removed from the surface of the …

The removal processes of ceramics and metals were investigated using pico-and
nanosecond laser radiation produced by diode-pumped Nd: YAG lasers. The laser radiation …