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AEROPOD - Cylinder Ridge - Flowerpot System - Set

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AEROPOD - Cylinder Ridge - Flowerpot System - Set 3d model
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AEROPOD - Cylinder Ridge - Flowerpot System - Set 3d model
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AEROPOD - Cylinder Ridge - Flowerpot System - Set 3d model
AEROPOD - Cylinder Ridge - Flowerpot System - Set 3d model
AEROPOD - Cylinder Ridge - Flowerpot System - Set 3d model
5 Likes0 DownloadsOctober 4, 2024

Instructions

Filament • 0.2mm

MaterialPLA
Layer height0.2 mm
Infill density20 %
SupportsNone
BrimNo
Nozzle size0.4 mm

AEROPOD - Cylinder Ridge - Set A flower pot system to prevent overwatering. Through decades of experience in growing crops and house plants, especially in public spaces, we came up with the AEROPOD system.

Airflow Plants take in oxygen through their roots, thats why most plants don't like to be submerged in water for longer periods. The AEROPOD System allows water to drain away quickly and for air to circulate efficiently.

Modularity Achieve immaculate printability and easy customizability. Changing to a new sleeve or playing with color, without the need to reprint the entire thing, is made easy.

Design The design focusses around printability, which we executed down to the seam. With the subtle ridges, it fits seamlessly into modern and classy environments, without distracting from the main actor, your plant!

Material Polymakers PolyTerra's matt finish and wide range of colors goes hand in hand with this simple design. Unless placed in hot environments, PLA is the ideal choice.

Printing Everything can be printed with 0-20% infill and 2 perimeters, besides the AEROPOD. This one is printed in vase-mode and ideally with a 0.6mm nozzle. The core is oriented upside-down and we recommend a brim if you have issues with bed-adhesion. If you want the best surface finish possible, print all parts separately to avoid sudden-layertime-change-artifacts.


License For models acquired through membership Supporters with personal tier are allowed to use this model for private non-commercial purposes. Only members of the commercial tier are allowed to use this model for commercial purposes.

For individual model purchases This work is licensed under a Standard Digital File License. Digital files have a strict non-commercial, personal use only license.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital file or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including remixes of this object).

You can not host these files on other digital platforms, web stores or cloud repositories. The objects may not be used in any way whatsoever in which you charge money, collect fees.


✖ | No sharing or redistributing in any way of the 3D files or derivatives ✖ | No remixing ✖ | Non-commercial use (only for personal use)


5 Likes0 DownloadsOctober 4, 2024




5 Likes0 DownloadsOctober 4, 2024

Instructions

Filament • 0.2mm

MaterialPLA
Layer height0.2 mm
Infill density20 %
SupportsNone
BrimNo
Nozzle size0.4 mm