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== Links ==
 
== Links ==
−
[[3D-Drucker kalibrieren und einstellen]]
+
[[3D-Drucker kalibrieren und einstellen]]
 +
[[3D-Drucker - Düse wechseln / reinigen]]
 
  [[Cura]]
 
  [[Cura]]
  
 
== Filamente ==
 
== Filamente ==
 
=== PLA ===
 
=== PLA ===
 +
Temperatur: 180-220°C
 +
Bett Temperatur: 30-50°C
 +
Kühlung: 100%
 +
Print speed: 40-60mm/s
 +
PLA trocken halten
 +
 +
==== Sunlu PLA Wood ====
 +
<pre>
 +
[Wood-like Texture] Experience stronger wood-like texture and faster printing with the improved Wood PLA filament.
 +
[15% Real Wood Powder] Contains 15% wood powder, delivering a natural wood scent during printing and results that closely resemble real wood.
 +
 +
Diameter: 1.75/3.0MM±0.03MM
 +
Printing temperature:
 +
195-205℃ 50-100mm/s
 +
205-215℃ 100-150mm/s
 +
215-260℃ 150-400mm/s
 +
Bed temperature: not heated with glue, heated 60-65 ℃ can not be coated with glue
 +
Bubble: 100% zero bubble
 +
Net weight: 1KG/roll
 +
Gross weight: 1.3KG/roll
 +
Length: 1.75MM(1KG)≈330M
 +
</pre>
  
 
=== PETG ===
 
=== PETG ===
 
  https://3dprinterly.com/filament-printing-guide/petg/ guter Guide, Einstellungen, Gesundheit, Eigenschaften...
 
  https://3dprinterly.com/filament-printing-guide/petg/ guter Guide, Einstellungen, Gesundheit, Eigenschaften...
 +
 +
Print speed 30 - 60mm/s
 +
Retraction 35-40mm/s Bowden and Direct Drive extruders
 +
Retraction distance
 +
  5-7mm for Bowden extruders
 +
  2-4mm for direct-drive extruders
 +
Fan-Speed niedrig für gute Layerhaftung, höher für Sauberkeit.
 +
 +
Retraction settings for PETG are very different from those for other filaments. This is because PETG prints at a relatively high temperature so, the material flow is very hard to stop and control.
 +
 +
'''Best Cura PETG Settings'''
 +
 +
    Nozzle Temperature: 235-250°C
 +
    Bed Temperature: 70-100°C
 +
    Print Speed: 40-60mm/s
 +
    Initial Layer Print Speed: 20mm/s
 +
    Retraction Distance: 6mm (Bowden setups), 2-3mm (direct drive setups)
 +
    Retraction Speed: 40-45mm/s
 +
    Combing: “Not in Skin” or “Within Infill”
 +
    Cooling Fan Speed: 0-50% for strength, 50-100% for quality
 +
    Initial Layer Cooling Speed: 0%
 +
    Build Plate Adhesion: Raft or Brim
 +
 +
==== Ender 5 Pro - PETG Settings mit Bowden Tube ====
 +
https://www.youtube.com/watch?v=aOA2hGMVp9w
 +
Mal testen - sieht sinnvoll aus:
 +
<pre>
 +
Wichtige mit *
 +
1.2mm Walls
 +
Otimize wall printing order - on
 +
Alternate extra walls - on
 +
Z-Seam
 +
Alignment Sharpest corner / smart hiding
 +
Top Bottom 1.2
 +
Ironing wenn man möchte
 +
Infill 20%
 +
Triangles
 +
Connect Infill Lines on
 +
Overlap 50% - kommt mir viel vor
 +
Extra Wall Count 1 oder mehr
 +
* Print Temperature 240
 +
* Plate 80
 +
Flow je nach Ergebnis anpassen oder kalibrieren
 +
Print Speed max 70 50 ist safe
 +
Travel Speed 200
 +
Initial speed 20mm/s
 +
z hop 5mms
 +
accelerating contol on
 +
 +
* Enable Retraction
 +
* Retraction Distance 7mm
 +
* Retraction Speed 25mm/s
 +
* Combing Mode Within Infill
 +
* Avoid  Printed Parts on
 +
Avoid Supports when travelling on
 +
z-hop when retracted off
 +
* Cooling off (um Nozzle zu schüthen
 +
 +
Support Structure dezent weil schwer zu entfernen
 +
Tree
 +
Touching Buildplate
 +
Support Overhang Angle 50 ca
 +
Pattern Lines
 +
Line Count 1
 +
Connect no
 +
Density 1
 +
Brim Width 4mm
 +
 +
Build Plate Adhesion
 +
Je nach Modell
 +
 +
Experimental
 +
* Infill Travel Optiization on
 +
Enable Draft Shield off
 +
* Coasting on
 +
* Coasting Volume 0.064mm2
 +
Fuzzy Skin off
 +
Adaptive Layers off
 +
* Enable Bridge Settings on
 +
Wipe Nozzle Between Layers off
 +
 +
</pre>
 +
 +
==== Is PETG Filament Toxic & Safe to 3D Print Indoor? ====
 +
 +
No, PETG filament is non-toxic, and it can be printed safely indoors. Also, it doesn’t even emit any smell when it is printing. Just make sure your 3D printing area is well ventilated to avoid a buildup of nanoparticles in the air. These particles can cause eye and throat irritations.
 +
 +
==== Is PETG Heat and UV Resistant? What Temperature Can PETG Withstand? ====
 +
 +
PETG has decent heat resistance properties, especially when compared to most other filaments. It can resist temperatures up to its glass transition temperature, which is around 80-85⁰C. It handily beats out filaments like PLA in this respect, but it displays less heat resistance than ABS.
 +
 +
However, it is '''more UV resistant than both of them''', making it the perfect choice for outdoor applications.
 +
 
=== TPU ===
 
=== TPU ===
 
  [[3D-Druck TPU drucken]]
 
  [[3D-Druck TPU drucken]]
 +
 +
=== Infill Tipps ===
 +
[[3D-Druck - Infill]]

Aktuelle Version vom 11. Dezember 2025, 09:06 Uhr

Links[Bearbeiten]

3D-Drucker kalibrieren und einstellen
3D-Drucker - Düse wechseln / reinigen
Cura

Filamente[Bearbeiten]

PLA[Bearbeiten]

Temperatur: 180-220°C 
Bett Temperatur: 30-50°C 
Kühlung: 100%
Print speed: 40-60mm/s
PLA trocken halten

Sunlu PLA Wood[Bearbeiten]

[Wood-like Texture] Experience stronger wood-like texture and faster printing with the improved Wood PLA filament.
[15% Real Wood Powder] Contains 15% wood powder, delivering a natural wood scent during printing and results that closely resemble real wood.

Diameter: 1.75/3.0MM±0.03MM
Printing temperature:
195-205℃ 50-100mm/s
205-215℃ 100-150mm/s
215-260℃ 150-400mm/s
Bed temperature: not heated with glue, heated 60-65 ℃ can not be coated with glue
Bubble: 100% zero bubble
Net weight: 1KG/roll
Gross weight: 1.3KG/roll
Length: 1.75MM(1KG)≈330M

PETG[Bearbeiten]

https://3dprinterly.com/filament-printing-guide/petg/ guter Guide, Einstellungen, Gesundheit, Eigenschaften...

Print speed 30 - 60mm/s
Retraction 35-40mm/s Bowden and Direct Drive extruders
Retraction distance 
  5-7mm for Bowden extruders 
  2-4mm for direct-drive extruders
Fan-Speed niedrig für gute Layerhaftung, höher für Sauberkeit.

Retraction settings for PETG are very different from those for other filaments. This is because PETG prints at a relatively high temperature so, the material flow is very hard to stop and control.

Best Cura PETG Settings 

   Nozzle Temperature: 235-250°C
   Bed Temperature: 70-100°C
   Print Speed: 40-60mm/s
   Initial Layer Print Speed: 20mm/s
   Retraction Distance: 6mm (Bowden setups), 2-3mm (direct drive setups)
   Retraction Speed: 40-45mm/s
   Combing: “Not in Skin” or “Within Infill”
   Cooling Fan Speed: 0-50% for strength, 50-100% for quality
   Initial Layer Cooling Speed: 0%
   Build Plate Adhesion: Raft or Brim

Ender 5 Pro - PETG Settings mit Bowden Tube[Bearbeiten]

https://www.youtube.com/watch?v=aOA2hGMVp9w

Mal testen - sieht sinnvoll aus: 

Wichtige mit *
1.2mm Walls
Otimize wall printing order - on
Alternate extra walls - on
Z-Seam
Alignment Sharpest corner / smart hiding
Top Bottom 1.2
Ironing wenn man möchte
Infill 20%
Triangles
Connect Infill Lines on
Overlap 50% - kommt mir viel vor
Extra Wall Count 1 oder mehr
* Print Temperature 240
* Plate 80
Flow je nach Ergebnis anpassen oder kalibrieren
Print Speed max 70 50 ist safe
Travel Speed 200
Initial speed 20mm/s
z hop 5mms
accelerating contol on

* Enable Retraction
* Retraction Distance 7mm
* Retraction Speed 25mm/s
* Combing Mode Within Infill
* Avoid  Printed Parts on
Avoid Supports when travelling on
z-hop when retracted off
* Cooling off (um Nozzle zu schüthen

Support Structure dezent weil schwer zu entfernen
Tree
Touching Buildplate
Support Overhang Angle 50 ca
Pattern Lines
Line Count 1
Connect no
Density 1
Brim Width 4mm

Build Plate Adhesion
Je nach Modell

Experimental
* Infill Travel Optiization on
Enable Draft Shield off
* Coasting on
* Coasting Volume 0.064mm2
Fuzzy Skin off
Adaptive Layers off
* Enable Bridge Settings on
Wipe Nozzle Between Layers off

Is PETG Filament Toxic & Safe to 3D Print Indoor?[Bearbeiten]

No, PETG filament is non-toxic, and it can be printed safely indoors. Also, it doesn’t even emit any smell when it is printing. Just make sure your 3D printing area is well ventilated to avoid a buildup of nanoparticles in the air. These particles can cause eye and throat irritations.

Is PETG Heat and UV Resistant? What Temperature Can PETG Withstand?[Bearbeiten]

PETG has decent heat resistance properties, especially when compared to most other filaments. It can resist temperatures up to its glass transition temperature, which is around 80-85⁰C. It handily beats out filaments like PLA in this respect, but it displays less heat resistance than ABS.

However, it is more UV resistant than both of them, making it the perfect choice for outdoor applications.

TPU[Bearbeiten]

3D-Druck TPU drucken

Infill Tipps[Bearbeiten]

3D-Druck - Infill
Abgerufen von „https://wiki.stephanschlegel.de/index.php?title=3D-Druck&oldid=33106“