Type A: Difference between revisions
Jump to navigation
Jump to search
m
→Recommended Filament Settings
| Line 45: | Line 45: | ||
* The above settings are a "best compromise", to get '''good''' results, without limiting the print speed any more than necessary. | * The above settings are a "best compromise", to get '''good''' results, without limiting the print speed any more than necessary. | ||
* 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. | ||
* As a filament type, PETG is terrible at things like bridging. This includes you might need just a bit more top surface over infill to get a smooth | * As a filament type, PETG is terrible at things like bridging. This includes you might need just a bit more top surface over infill to get a smooth outer layer. | ||
* As the head moves through spiderweb thin strands between printed parts, PETG filament build-up on the '''outside''' of the printhead. Despite this, any print that could be described as a "highly shaped bock of plastic" will probably work. But for prints where the head constantly moves over open air (no plastic under the head), the melted PETG dropping off the outside of the printhead will probably cause that print to fail. | * As the head moves through spiderweb thin strands between printed parts, PETG filament build-up on the '''outside''' of the printhead. Despite this, any print that could be described as a "highly shaped bock of plastic" will probably work. But for prints where the head constantly moves over open air (no plastic under the head), the melted PETG dropping off the outside of the printhead will probably cause that print to fail. | ||
* To print with PETG, start with a '''clean''' nozzle; and the 1st layer (inside the Brim) needs to be perfect. | * To print with PETG, start with a '''clean''' nozzle; and the 1st layer (inside the Brim) needs to be perfect. | ||