Type A: Difference between revisions

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122 bytes added ,  7 November 2018
→‎Recommended Filament Settings: continue editing & adding to notes.
(→‎Recommended Filament Settings: better wording for notes)
(→‎Recommended Filament Settings: continue editing & adding to notes.)
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* For best results printing PETG, '''do not use the Filament Fan'''. (Print with the Hotend Heatsink Fan '''only'''.) When the Filament Fan is used, expect layer separation problems. When printed without using a Filament Fan, PETG has '''exceptional''' layer bonding.
* For best results printing PETG, '''do not use the Filament Fan'''. (Print with the Hotend Heatsink Fan '''only'''.) When the Filament Fan is used, expect layer separation problems. When printed without using a Filament Fan, PETG has '''exceptional''' layer bonding.
* All PETG -- as a filament type -- is "stringy". (Some makes/brands are worse than others.) So as the head moves through spiderweb thin strands between printed parts, PETG filament builds up on the '''outside''' of the printhead. (And eventually may drop onto the print, as a possibly print ruining blob of plastic.) For that reason, any print that could be described as a "highly shaped bock of plastic" should work well, but prints where the head constantly moves over open air (no plastic under the head & creating long strands) are more likely to fail.
* As a filament type, PETG is terrible at things like steep overhangs and bridging. This includes you might need just a bit more top surface over infill to get a smooth outer layer. (Or just use a slightly higher infill %.)
* Also as a filament type, PETG is terrible at things like bridging and steep overhangs. This includes you might need just a bit more top surface over infill to get a smooth outer layer. (Or just use a slightly higher infill %.)
* That PETG likes to to buildup on the '''outside''' of the print nozzle is the major problem with this filament type. This has a lot to so with how all PETG is "stringy". (Some makes/brands are worse than others.) So as the hot nozzle moves through any spiderweb thin strands between printed parts, PETG filament builds up on the nozzle. (And eventually may drop onto the print, as a possibly print ruining blob of plastic.) For that reason, any print that could be described as a "highly shaped bock of plastic" should work well. But prints where the head constantly moves over open air -- with no plastic under the nozzle & creating many strands -- are more likely to fail.
 
* These settings use a 0.35mm line width out of a 0.4mm nozzle, '''instead''' of all the other overlaps which would also contribute to PETG trying to build up on the outside of the nozzle.
* These settings use a 0.35mm line width out of a 0.4mm nozzle, '''instead''' of all the other overlaps which would contribute to PETG building up on the outside of the printhead.


==Cura 3 Settings for this Printer==
==Cura 3 Settings for this Printer==
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