Neptune 4 HGX Fan5015
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A new, more powerful extruder mod for the Elegoo Neptune 4 printer series.
- Ocena
- 5 / 5
- Polubienia
- 60
- Pobrania
- 140
- Wydruki
- 2
- Wyświetlenia
- 1977
- Oceny
- 2
Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other Printer Parts & Upgrades
- Licencja
- Creative Commons — Attribution — Noncommercial — Share Alike
I will be glad to have your support for my projects! https://boosty.to/mironovpaul/donate
Good afternoon, friends! I really liked the extruder with three 5015 fans, and I wanted to improve it by installing a more efficient feeder and a more powerful hotend. After doing a lot of work, I achieved excellent results. Now, if you assemble this "head," you will have a powerful tool for printing with excellent cooling.
To assemble it, you will need to embed 10 nuts (M2 L3 OD 3.2), 16 nuts (M3 L3 OD 4.2), and 1 nut (M3 L5 OD 4.2 or OD 4.5). Important! When embedding the M3 L5 nut, you need to leave 1 mm of the nut above the surface!
After you have embedded all the nuts, you will need to assemble all the components in the following order:
- Insert the HGX-Lite feeder into the adapter and secure it with two M3x16 screws;
- Insert a 15 mm PTFE tube into the adapter;
- Insert the assembled BambuLab X1C hotend into the adapter and secure it with two M3x20 screws;
- Insert the assembled adapter (remove the retaining screw from the HGX-Lite beforehand) into the housing and secure it with five M2x4 screws;
- Attach the motor by inserting it inside;
- Attach the LED backlight and the auto-leveling sensor (stock or BttEddy);
- Attach 3 fans using 6 M3x20 screws;
- Attach the board from the stock head and connect all the contacts;
- Attach the "head" to the printer's carriage.
Before printing, perform all auto-leveling and PID calibrations. You can leave the gear ratios as they are; the default settings will work fine.