There is nothing seen in a gcode visualizer that will help with this process either. There is always a Trial & Error period for each user before they achieve any successful results. ![]() Nothing is perfect because there are so many other variables that effect the laser photo engraving’s outcome like your focal point size, Pixel Resolution (step over), feedrate, min/max laser power values and the material your engraving on. I use it quite often when I’m editing an image. In the PicLaser image editor there is a Preview Gray Scale selection that gives you a general idea what your laser photo engraving will look like from a color image. svg so you can edit it and also as a PDF on your Google Drive (not on your local computer) to send through Epilog laser software. Load it in UGS and and rotate the visualizer to an isometric view plane (if that is possible) and you will then be able to see the depth variances based on the shades in your image. Change the Laser Control Command to a Z and the Max Laser Value to a -.125 and generate the gcode again. ![]() The UGS visualizer does not recognize S commands, so the view will only be a X&Y plane.
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