Differences

This shows you the differences between two versions of the page.

--- projects:3dprint:troubleshooting [2023/10/20 08:37] – jattie
+++ projects:3dprint:troubleshooting [2023/10/20 18:04] (current) – [Print speed] jattie
@@ Line 25: / Line 25: @@
 ^Parameter^Start^Increment^
 ^Retraction distance|6mm|1mm|
-^Retraction distance sprite|0.6mm|1mm|
+^Retraction distance sprite|0.6mm|0.1mm|
-^Retraction speed|||
+^Retraction speed|25mm/s|5mm/s|
-^Retraction minimum travel
+^Retraction speed sprite|85mm/s|5mm/s|
-^Travel speed
+^Retraction minimum travel|5mm|5mm|
-^Nozzle temperature
+^Travel speed|2 x print|5-10mm/s|
-^Print speed
+^Nozzle temperature|220-255|5|
-^Coasting
+^Print speed|60mm/s|5-10mm/s|
-^Wiping
+^Coasting|nozzle dia cubed/0.064mm cubed|0.01mm cubed|
-^Combing
+^Wipe distance|1.2mm|0.01mm|
-^Z-hop
+^Combing|disabled|enabled|
+^Z-hop|enable/0.2mm|0.1mm|
@@ Line 55: / Line 56: @@
 ===== Travel speed =====
-To correct the travel speed setting, increase the travel speed value by increments of 5-10 millimeters/second until you find a balanced value where you don’t experience any blobs, stringing, or ghosting.
+To correct the travel speed((https://www.wevolver.com/article/tips-to-improve-petg-bed-adhesion)) setting, increase the travel speed value by increments of 5-10 millimeters/second until you find a balanced value where you don’t experience any blobs, stringing, or ghosting.
 Travel moves should be as fast as possible, at least 120 mm/s, to avoid oozing.
@@ Line 67: / Line 68: @@
 ===== Print speed =====
-PETG is very sensitive to print speed. Print too fast, and you’ll have poor layer adhesion, extruder skipping, and low print quality, but print too slow, and you’ll end up with deformed parts, stringing, and oozing.
+PETG is very sensitive to print speed.((https://www.wevolver.com/article/tips-to-improve-petg-bed-adhesion)) Print too fast, and you’ll have poor layer adhesion, extruder skipping, and low print quality, but print too slow, and you’ll end up with deformed parts, stringing, and oozing.
-In general, the material is best printed at a slow speed, ideally around 60 mm/s. This leads to improved bonding and cooling, and consequently better print quality. Some users report good results with faster speeds for the first layers.
+In general, the material is best printed at a slow speed, ideally around 60 mm/s. This leads to improved bonding and cooling, and consequently better print quality. //Some users report good results with faster speeds for the first layers.//
 To correct the print speed setting, increase the print speed value by increments of 5-10 millimeters/second until you push it to the highest value where you don’t experience any problems.