Generally, raster fills are used for areas with backgrounds, but you can also make a raster engraving of lines that have a track with a thickness greater than 0.3mm. Open the window Object> Fill and Stroke and sets the color of the track from 'Stroke paint' to red with the RGBA values of of 255, 0, 0, 255: Open the window Object> Fill and Stroke and sets the color of the track from 'Stroke paint' to green with the RGBA values of 0, 255, 0, 255: Open the window Object> Fill and Stroke and sets the color of the trace from 'Stroke paint' as magenta with the RGBA values of 255, 0, 255, 255: Open the window Object> Fill and Stroke and set 'Stroke style' to a thickness of 0.010 mm: All three incisions are drawn very precisely with subtle lines, roughly the same size as the laser beam. There are three different levels of engraving available: light, medium and deep, each with a different intensity and therefore depth. The laser will move along the engraving lines in your drawing. The vector etching process is very similar to the cutting method, but instead of piercing the material, the laser only affects the surface. Then set the color of the track from 'Stroke paint', as blue with the RGBA values of 0, 0, 255, 255: Then open the window Object> Fill and Stroke and set 'Stroke style' to a thickness of 0.010 mm: To obtain a cutting line, draw a line or shape. Your file should remember that sheet with the lines drawn.

The simplest way to visualize how this will turn into your project is to imagine placing on a sheet of paper the pieces you would like to make, and then draw their outline on the sheet with a pencil. The basic part of your design are the shapes you will cut. If you convert the same lines in red, the laser will engrave the bird on the chosen material, and so on. The color used for the drawn lines determines what the laser will do, whether it is a cut or an engraving.įor example, if you draw a bird with a blue outline, the laser will cut a bird.

Laser cutting vector vs raster