CoreOne to Coreboxx heat duct
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Integrated Dryer Duct for Prusa CoreOne & CoreBoxx Enclosure System
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- Creative Commons — Attribution — Noncommercial — Share Alike
By default, the Prusa CoreOne and CoreBoxx setup doesn't include a dedicated filament dryer. This simple, yet effective, TPU duct allows you to harness the residual heat generated by your CoreOne 3D printer and direct it up into the CoreBoxx filament enclosure (or similar top-mounted spool container).
This design integrates the drying process directly into your printing workflow without needing a separate, power-hungry drying unit!
Realistic Drying Performance: This method offers a sustainable temperature increase, crucial for drying. Expect the CoreBoxx temperature to be 5 to 10 degrees Celsius higher than the surrounding environment. This boost, though modest compared to the main chamber, is highly effective for maintaining dry filament during long prints.
💡 Features & Benefits
- Simultaneous Printing and Drying: The main advantage is the ability to dry your filament while you are actively printing. The waste heat from the CoreOne is repurposed to maintain an elevated temperature within the CoreBoxx.
- Energy Efficiency: By using the heat already being generated by the printer's motors, heated bed, and electronics, you achieve a continuous, gentle drying effect with zero additional power consumption.
- Optimized for TPU: The duct is designed to be printed in TPU (flexible filament). This allows for a snug fit between the CoreOne's top surface and the CoreBoxx's bottom opening, ensuring an effective seal and preventing heat loss.
- Improved Print Quality: Keeping hygroscopic filaments like PETG or PLA dry during the printing process leads to better layer adhesion, reduced stringing, and eliminates the popping/sizzling sounds caused by moisture. This translates to stronger and more reliable parts.
- Simple Installation: The flexible nature of the TPU print means it can be easily pressed into place, creating a reliable path for the warm air to rise. Just insert first in the Coreboxx, then place the Coreboxx on top of the CoreOne ensuring it goes straight in the whole, that's it!
⚙ Printing instructions
- TPU 95A (used Overture)
- Support everywhere enabled
- 15% infill