abstract
Laser surface texturing has a high potential for the development of innovative solutions for the cutting tool industry, by allowing the fabrication of high-precision micro-scale geometries. In this study, different cross-hatched micro patterns were explored, by using an Nd:YAG laser to texture WC-10wt% Co green compacts. After dewaxing and sintering, a complete characterization was performed to evaluate topography, roughness, and dimensions of the fabricated textures. This study allowed to conclude on the better scanning strategy and laser parameters for obtaining a given texture geometry with defined dimensions on a reproducible manner. Besides allowing to modify a selected surface area, targeting to higher wettability or increased contact area, this approach has shown not to compromise the integrity and mechanical strength of the compact, allowing to preserve the tool conventional functionality. © European Powder Metallurgy Association (EPMA)
subject category
Cutting tools; Dewaxing; Neodymium lasers; Powder metallurgy; Powders; Sintering; Textures; Topography; Yttrium aluminum garnet; Cutting tool industry; Green compacts; High potential; High-precision; Innovative solutions; Laser surface texturing; Laser-textured; Micro pattern; Nd:YAG laser; Textured surface; Fabrication
authors
Miranda G.; Basílio L.; Guimarães B.; Carvalho O.; Fernandes C.M.; Figueiredo D.; Silva F.S.
our authors
