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Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Image 1
Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Image 2
Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Image 3
Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Image 4
Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Image 5
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Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360) 3D Printer File Thumbnail 12

Anycubic Chiron original X-Carriage (3D model, STEP, Fusion360)

ri3del avatarri3del

December 28, 2020

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Description

Mit dieser Vorlage habe ich bereits meinen eigenen Druckkopf erstellt und hochgeladen. (https://www.thingiverse.com/thing:4724617)

Für mich war wichtig, dass die Düse des V6 Hotends genau da endet, wo beim Original die Düse des V5 Hotends sitzt.
Diese Zeichnung ist nun die Voraussetzung um eine Halterung für ein E3D-V6 oder auch Dragon Hotend zu zeichnen.

Außerdem habe ich gleich den Titan-Extruder und den Bondtech-Extruder hinzugefügt. Da ist jedoch zu beachten, dass die Position dieser beiden Extruder nicht optimal ist, da das Zahnrad des Titans mit dem Schlitten kollidiert und beim BMG die Filamentklappe nicht zu öffnen ist.
Das ist dann aber Aufgabe desjenigen, der es weiterverarbeitet.
Die Extruder lassen sich ja ganz einfach verdrehen und verschieben, wie man es braucht.

Ich wäre sehr dankbar, wenn jemand eine Idee für mich hat, wie ich am besten den Extruder im direct-Betrieb positionieren kann, ohne auf die besagten Probleme zu stoßen und ohne die Position der Düse zu verschieben. Ganz egal welches von den beiden Modellen.

##################

I have already created and uploaded my own print head using this template (https://www.thingiverse.com/thing:4724617)

For me it was important that the nozzle of the V6 hotend ends exactly where the nozzle of the V5 hotend sits in the original.
This drawing is now the prerequisite to design a mount for an E3D-V6 or Dragon hotend.

I also added the titanium extruder and the Bondtech extruder right away. However, it should be noted that the position of these two extruders is not optimal, because the gear of the Titan collides with the carriage and the filament flap of the BMG cannot be opened.
However, this is then the task of the person who processes it further.
After all, the extruders can be easily twisted and moved as needed.

I would be very grateful if someone has an idea for me how I can best position the extruder in direct mode without encountering the said problems and without moving the position of the nozzle. No matter which of the two models.

License:

Creative Commons - Attribution - Non-Commercial - Share Alike

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