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3D printer nozzle retraction can also cause blobs and zits. How? Retraction is used in the FDM 3D printer online process, where the hot end briefly pulls the filament back instead of extruding it. This technique is mainly used to minimize unwanted material extrusion, such as strings, as the print head moves to a new print location. Suppose the retraction setting on your 3D printer is not correctly optimized. In that case, the process might cause a negative impact, hence blobs and zits. <br>Visit; http://eu.snapmaker.com/
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Facts about 3D Printing Technology • Various defects might hinder your print quality, like a 3D print suffering from warping, a print with stringing, or any other surface irregularities. Note that a lousy print wastes time and material costs. So, how can you spot and prevent these 3D print surface irregularities? • In 3D printing, blobs or zits are extrusion irregularities that happen on a 3D printed part; they are apparent bits of oozed filaments that stick out from the print's surface. They are mainly caused by over-extrusion and the motion of the filament extruder. For instance, if you are working on a circular perimeter, blobs can be experienced when the print head returns to its starting position. The material will build up at this point, resulting in a filament blob. Same with the 3D printer extruder, blobs, and zits can occur when it starts and stops several times during printing.
3D printer nozzle retraction can also cause blobs and zits. How? Retraction is used in the FDM 3D printer online process, where the hot end briefly pulls the filament back instead of extruding it. This technique is mainly used to minimize unwanted material extrusion, such as strings, as the print head moves to a new print location. Suppose the retraction setting on your 3D printer is not correctly optimized. In that case, the process might cause a negative impact, hence blobs and zits.
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