- 1 Should I enable Z hop when retracted?
- 2 How do I fix retraction on 3d printer?
- 3 What is Z hop retraction?
- 4 Why does my nozzle Z hop over the support?
- 5 Is it true that retraction does not cause oozing?
- 6 Is there a retraction or Z hop in GCode?
- 7 Is there a retraction distance for oozing MatterHackers?
Should I enable Z hop when retracted?
Z-hop when retracted This prevents the nozzle from hitting the object or leaving “blobs” or scratches on the print surface. Please note that for prints with lots of retractions/travel moves, this can increase the print time.
How do I fix retraction on 3d printer?
This forms strings or blobs on your prints that are just plain annoying. One way to eliminate this problem is to enable retraction in your slicer. This setting tells the extruder to pull a specified length of filament back into the nozzle at a specified speed.
What is Z hop retraction?
Z Hop at Retraction. The specified z hop value is the distance the nozzle gets lifted away from the surface of the model during retraction. This helps prevent nozzle from scratching again the printed part when traveling across.
Why does my nozzle Z hop over the support?
I have a part with supports and sometimes my nozzle catches the support when travelling over the support and dislodges the part from the bed. I have enabled z-hop but it only z-hops over the part itself and not the support.
Is it true that retraction does not cause oozing?
Myth – Retraction “sucks” filament back up through the hot end. So, the more retraction you use, the less oozing you’ll get. Fact – Once filament has melted in the “melt zone” of your hot end, it cannot be retracted. Retraction does not create negative pressure.
Is there a retraction or Z hop in GCode?
There is no retraction in the gcode. Of note, no z-hop appears in the travel path either. Erm.. I can’t edit my last post. I meant to say that I get neither retraction nor z-hops anywhere in the code.
Is there a retraction distance for oozing MatterHackers?
This print had 0 retraction, but the travel speed was increased from 40mm/s to 150mm/s. It’s better than the previous print, but clearly not acceptable. Once the travel speed is set, we’ll increase the retraction distance.