Recently, the clinical efficiency of dental components based on titanium has been demonstrated. The surface shape and roughness characteristics of the implants are evaluated after laser surface treatment. When material with high thermal conductivity is processed with a laser, the energy of the laser beam is instantaneously diffused into the material. Therefore, a laser beam oscillating in the form of a pulse was used.
After the laser beam was irradiated on the surface of the implant, a 3D surface roughness meter and an optical microscope were used to analyze it. In this study, the surface area increased owing to testing the implant by applying the scribing method to the implant surface.