FAILED RepRap PCB Routing
thingiverse
I ended up with a functional PCB but the process was time-consuming and barely satisfactory; thus, I reverted to using Ferric Chloride. Initially, I purchased an RS 547-616 PCB Drill for my printer, connecting it to the hot end supply for control purposes. Employing Eagle 6.3.0 Light, I worked on a project called CarV2 within the last three years (last remembered in July 2013). The required code was found in ulp\pcb-gcode-3.5.2.11.zip, and the original version resided in ulp. A readme.html file within the same directory provided additional guidance. I modified the source at some point, which is saved under MyOld. Profiles\MetricPrusa.pp was also created for GCode Style customization. To secure the PCB material during milling, double-sided carpet tape was used on the bed. However, using shears to cut the material resulted in an uneven edge, causing difficulty in milling copper without damaging the fiberglass. A 30-degree engraving bit was employed for this task but wore out quickly after each PCB. The drill's weight and speed might have contributed to the slow routing process, taking a whole morning just to complete a 2" x 1" PCB. Ultimately, I abandoned the method and returned to using Ferric Chloride, as the results were unsatisfactory.
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