Also, I did not use the S3D prime tower but rather I made my own. I set the mechanical retraction for these hotends to 0.5 mm. ![]() This keeps the nozzle in its proper printing position. At ADAXIS, we develop a software platform making it easy to use the full power of robotic additive manufacturing. One of my extruders always seems to print in a. I am having trouble slicing models with very small or thin features. ![]() The software is filling in holes in my model or is missing large sections of my model. My parts are printing backwards from how they appear in Simplif圓D. In my experience it is necessary to use slightly lower printing temperatures with the AutoLift hotends in order to maintain enough downward pressure on the nozzle. Turn any robot into a flexible 3D printer. My prints aren’t centered or seem to be printing in the wrong location. And when printing a circuit, if you have cross-contamination problems it will lead to shorting in your circuit. ![]() Their mechanical retraction technology eliminates headaches associated with cross-contamination that comes with dual printing. I highly recommend Dglass3D’s AutoLift all-metal hotends for printing an embedded electrical circuit.
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