This was confirmed by measuring the plume temperature for different laser processing conditions. Since the dimension of plume and fume particle density in it will depend on the laser energy absorbed in paint, the absorption loss in plume will depend on the laser parameters.
#GRAVOSTYLE 7 LASER MODE SOFTWARE#
This design and manufacturing software simplifies the basics of engraving allowing beginner and professional.
During the laser paint irradiation a plume of burning fume was formed over the surface and the variation in specific energy with laser processing parameters has been attributed to the absorption of laser radiation in the plume. Review Download Comments Questions & Answers (2) Gravograph designs rotary and laser engraving solutions, along with GravoStyle, the professional engraving control software. Irrespective of the mode of operation specific energy increased with the increase of average line energy. At 1 kHz repetition rate, the specific energy reduced with the increase of duty cycle and corresponding increase in scanning speed, but at relatively low frequencies of 50–150 Hz and 50% overlap between two pulses specific energy was found to increase with increasing duty cycle. In case of repetitive pulsed mode the specific energy was found to depend on the pulse on-time as well as on the time interval between two successive pulses. In CW mode the specific energy reduced with the increase of laser scan speed and corresponding increase of laser power. The specific energy, which is defined as the amount of laser energy needed to remove unit volume of paint prior to the onset of substrate damage and is a measure of the process efficiency, was found to be dependent on the laser processing parameters. The laser paint removal behavior with the continuous wave (CW) beam and repetitive pulses has been investigated using an Yb:fiber laser.
0 kommentar(er)
