Rodolfo F
Rodolfo F

SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE

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tracklightdesign
tracklightdesign
tracklightdesign
tracklightdesign
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SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model
tracklightdesign
tracklightdesign
|
Image 1 of 4
SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model
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SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model
SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model
SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model
SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE 3d model

SELF WATERING PLANTER READY TO BE PRINTED IN WOOD PLA - WAVE

Introducing the "Wave," our newest creation in the planter series, designed with a sleek design that mimics the tranquil motion of ocean waves. This self-watering planter comprises a dual-part assembly that encourages capillary action to hydrate plants efficiently, ensuring they receive the perfect amount of water without any hassle.

The "Wave" planter features an inner diameter of 80mm, ideal for a variety of medium-sized plants. It is optimized for easy printing, requiring no support structures, which simplifies assembly and reduces material waste.

For optimal performance and water tightness, we advise using the following 3D printing settings, refined through extensive testing with PLA material: a layer height of 0.2mm works best for achieving fine detail while maintaining structural integrity. We recommend four vertical shells and four horizontal shells for the top and bottom layers to ensure durability and no water leakage, with a moderate 15% infill to provide stability without excessive material use.

Not only is the "Wave" planter functional, keeping your plants perfectly hydrated, but its contemporary design also makes it an elegant addition to any interior decor. Embrace effortless plant care with a stylish twist with the "Wave" planter.

3D PRINTING SETTINGS Layer height: 0.2-0.3mm Nozzle: 0.4-0.6mm Vertical shells: 3-4 Top and bottom solid layers: 4 Infill: 10% Top solid infill and solid infill speed: 15mm/s


24 Likes68 DownloadsJuly 5, 2024
This model is restricted by licensing terms.