MaXiLuPa

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0.2mm layer, 1 walls, 0% infill

capaz

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My printed PLA versions of the vase initially weren’t watertight, as the transition between the bottom and the walls was leaking. After some testing, I managed to create a watertight version using the following settings:  Bambulab P1S 0.4 mm nozzle  • Layer height: 0.28 mm (cause it&#39;s faster… can be adjusted)• Line width: 0.8 mm (using 0.4mm nozzle)• Bottom layers: 3 shell layers• Bottom pattern: Concentric• Seam gap: 5%• First layers speed: Reduced• Smooth spiral mode: Activated (Bambu Slicer always showed some seams on the outer wall when this option was disabled)&nbsp;Filament used in pictures: PLA “Cremiger Kaffee (Beige)” by Recycling Fabrik.&nbsp;Thank you to the original author for designing such a great object!

Waterproof with PLA, 0.4mm nozzle, 0.28mm layer

winni118100

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A1 mini, 0.2mm layer, 1 walls, 0% infill

lorenzofabbri95

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Just taken the original model and scaled up to have the tallest vase possible :)

(Max size) 25cm tall - 0.2mm layer, vase mode

Jontek

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Watertight Vase / Sturdy Walls / Thick Layer Lines → Perfect Results<ul><li>0.6mm Nozzle</li><li>Vase Mode</li><li>0.42mm Layer Height</li><li>1 Wall (1mm)</li></ul>Using Bambu Lab Matte PLA<ul><li>230°C Printing Temperature</li><li>Flow Ratio: 1.05</li></ul>&nbsp;

Watertight / Sturdy Walls / Thick Layer Lines 0.6 Nozzel

Zakaria

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2024-07-26_6a17b3281544e

0.28mm extra draft profile for faster print.

FASTER, 0.28mm layer, 1 walls, 0% infill

rezyklierer

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Scaled to a height of 20cm and adjusted the speed for a shiny finish with PLA silk.

0.6mm nozzle, 0.2mm layer, 1 walls, 0% infill, PLA silk

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Profile for the 0.8 tip, 0.9 mm wall thickness. It prints fast and yields a heavier vase than the 0.6 tip. The 0.4 mm layers look rather nice for this vase in my opinion.

0.8mm nozzle, 0.4mm layer, 1 walls, 0% infill

Lestercz

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The original design is very nice, but a bit fragile.&nbsp;I prepared new print profile for 0.8mm nozzle, 0.28mm layer, 1 walls, 0% infill, 1.6 mm thickness, 24cm height, PETG&nbsp;For practical use, this is a better option.&nbsp;Photo: original is on the left, new version is on the right.

Thick, heavy and durable: 0.8mm nozzle, 1.6 mm thickness

Melon3219

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Perfil de impresion realizado para intentar solucionar problemas de fuga de agua por el uso de una unica pared  Se cambia de 1 a 3 paredes para mejorar el grosor y asi tratar de evitar microcanales que permitan la salida de agua

Print profile created to try and solve water leakage problems due to the use of a single wall The number of walls is changed from 1 to 3 to improve thickness and thus try to prevent micro-channels that allow water to escape

0.2mm layer, 3 walls, 0% infill

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.

This user content is licensed under a Standard Digital File License.

<commercialme><commercialtitle>Membership</commercialtitle><commercialcontent>Want to sell prints of this model? Become a member to get a commercial license! 🌟
Your membership supports my work and lets you legally sell physical prints of this design. Thank you for helping me keep creating!</commercialcontent></commercialme><boostme><boosttitle>Boost Me</boosttitle><boostcontent>If you like this model, feel free to hit &#34;Boost Me&#34; — it&#39;s free for you and means a lot to me! 😊 Your support helps me keep creating and sharing more cool designs. Thanks a bunch!</boostcontent></boostme>A beautiful vase that also holds water. It is printed with a 0.4mm nozzle, but a wider 0.6mm thick wall.

Spiral Vase

Leopold

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Catch all bowl

Idk it’s a vase

ASIA

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