AbstractColoring of titanium surfaces by laser is a technique quite sensitive to small changes of the processing parameters. The specification of power stability, scanner speed, average power, hatching, pattern, etc. as well as the optical characteristics of the laser beam play an important role for the final resulting color. All these parameters need to be explored and optimized in order to obtain reproducible results on the same workpiece. Here we demonstrate that coloring of small titanium and Ti6Al4 V alloy parts is possible. The used laser system is described and we show the parameters and strategies taken into account for obtaining gold-yellow, blue and purple colors
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
Surface engineering is widely used in different areas, such as the aerospace industry or the biomech...
Oxides of titanium exhibit vivid colours that can be generated naturally or manipulated through cont...
A routine for color marking using oxide layers and laser induced periodic surface structures is pres...
This paper describes work which emerged through a need to understand more about the potential of las...
© 2020 Author(s). A routine for color marking using oxide layers and laser-induced periodic surface ...
In the field of surface treatment, laser colour marking can be used to produce coloured marks on the...
In the field of surface treatment, laser colour marking can be used to produce coloured marks on the...
Thermal annealing is performed as a post treatment to tune the color generated by pulsed laser proce...
Thermal annealing is performed as a post treatment to tune the color generated by pulsed laser proce...
A Nd:YAG nanosecond laser was utilized in the laser color marking of titanium alloy substrates. It ...
Most of the current works based on surface treatments of metals by laser marking technology are foc...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
Surface engineering is widely used in different areas, such as the aerospace industry or the biomech...
Oxides of titanium exhibit vivid colours that can be generated naturally or manipulated through cont...
A routine for color marking using oxide layers and laser induced periodic surface structures is pres...
This paper describes work which emerged through a need to understand more about the potential of las...
© 2020 Author(s). A routine for color marking using oxide layers and laser-induced periodic surface ...
In the field of surface treatment, laser colour marking can be used to produce coloured marks on the...
In the field of surface treatment, laser colour marking can be used to produce coloured marks on the...
Thermal annealing is performed as a post treatment to tune the color generated by pulsed laser proce...
Thermal annealing is performed as a post treatment to tune the color generated by pulsed laser proce...
A Nd:YAG nanosecond laser was utilized in the laser color marking of titanium alloy substrates. It ...
Most of the current works based on surface treatments of metals by laser marking technology are foc...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
In this work, laser colouring of commercially pure Ti (grade II) samples under three different gas a...
Surface engineering is widely used in different areas, such as the aerospace industry or the biomech...