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2 modelos etiquetados

#fan duct

Descubre modelos 3D etiquetados como fan duct y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Open all filters →
Vista de Satsana Ender 3 Fan Duct for CR-Touch

Satsana Ender 3 Fan Duct for CR-Touch

A modified remix of the Satsana Fan Shroud/Duct by eric-anastas for the Ender 3 Pro. This shroud is modified to fit with the Creality CR-Touch touch sensor, using the standard hardware that comes with it. Printing instructions: Take note of the printing picture above. You will need to use a block object to prevent support generation on overlap, so that the bottom connecting sections will be supported only. The author printed this at .16 layer height, but notes that .2 may work. Author's reported print settings: Printer Brand: Creality Printer: Ender 3 Pro Rafts: No Supports: Yes Resolution: 200 Infill: 38 Filament: Overture PLA Post-Printing instructions: Use an exacto blade or razor to remove the supports from the connecting sections to allow room for the Cr-Touch bracket to install properly.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Ender 2 Pro Satsana (5015 fan, CR-Touch)

Ender 2 Pro Satsana (5015 fan, CR-Touch)

An Ender-2 design inspired by Satsana featuring a CR-Touch mount and a 5015 fan duct. The author states it is designed to be printed without needing supports and should allow for full travel of the bed without mods. The author reports CR-Touch to nozzle offsets of {-46, -23.5, 0}. Two versions are provided: one for a stock nozzle and one for a nozzle that is 3mm longer due to the use of a slightly longer heatbreak. Design notes from the author include: smaller gaps on the bottom of the heatsink to prevent unwanted airflow from the heatsink fan (noted as better for PETG/ABS printing); air gaps on the side angled upward to direct heatsink airflow away from the part; a larger area between the heatsink and wires to allow for printing without a brim; and a larger gap between the heatblock and air ducts to prevent melting at higher temperatures.

Technology
Sin probar
material
—
Difficulty
Sin especificar