Prezentace na mezinárodním symposiu LPM 2017
Ve dnech 5. - 8. června 2017 proběhlo v Toyamě, Japonsko, 18. mezinárodní symposium Laser Precision Microfabrication (http://www.jlps.gr.jp/lpm/lpm2017/). Symposia se zúčastnil náš vědec Jiří Martan , který prezentoval příspěvek: The new laser surface texturing method enabling high processing speeds.
Abstract: New laser surface texturing method enabling high processing speeds J. Martan*1, D. Moskal*1, M. Kučera*1 *1 New Technologies Research Centre (NTC), University of West Bohemia, Univerzitni 8, 306 14 Pilsen, Czech Republic E-mail: email@example.com
Laser surface texturing is a promising technology for future wide application of functional sur-faces with specific properties like hydrophobic/hydrophilic, antibacterial, antisticking/bonding, selfcleaning, anticorrosion, light absorbing, low friction, etc. Great advancements have been made in this field in last years, but in most cases it takes from minutes up to one hour to produce one square centimetre of a functional surface. Even availability of high power pulsed lasers in last years did not dramatically increase productivity, because there are physical limitations of current pro-cessing methods: heat accumulation and oxidation, plasma shielding effect, synchronisation and precision at high speeds. In order to solve these limitations, there have been developed a new meth-od called shifted laser surface texturing method (sLST). In the present work we describe the princi-ple of the method and show comparisons of texturing results with standard methods. The new method has a potential to be at least 100 times more productive with no heat accumulation effect and virtually unlimited number of complex shape objects produced with high precision on surface.Keywords: laser surface texturing, large area micromachining, surface modification, high precision, high productivity and efficiency, functional surfaces