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3D scanning laser hardening

HRUŠKA, M., VOSTŘÁK, M., SMAZALOVÁ, E., ŠVANTNER, M. 3D scanning laser hardening. In METAL 2014. Ostrava: TANGER spol. s r. o., 2014. s. 921-926. ISBN: 978-80-87294-54-3
Jazyk publikace: eng
Anglický název: 3D scanning laser hardening
Rok vydání: 2014
Místo konání: Ostrava
Název zdroje: TANGER spol. s r. o.
Autoři: Ing. Matěj Hruška , Ing. Marek Vostřák , Ing. Eva Smazalová , Ing. Michal Švantner Ph.D.
Abstrakt EN: The laser scanning method uses a small laser spot in combination with a laser scanning head. The method is based on a very fast laser beam sweeping executed by the scanning head perpendicularly to the main laser treatment trajectory. The fast sweeping beam acts like a continuous wide laser spot. The method can be advantageously used on parts, which cannot be processed by a “wide-spot” standard laser hardening method. Experiments with a solid state disc laser of maximum power of 5.3 kW and laser scanning head allowing spot displacement speed up to 21.5 m/s are presented. Capabilities of the method are demonstrated on laser hardening of a small hole inner surface, which cannot be processed by a standard laser hardening method. The aim of this work is to demonstrate advantages of 3D scanning method for processing of the complex, hardly reachable parts.
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