Bringing timeless elegance to your garden or indoor spaces, I've designed the this classic curved flower pot, drawing inspiration from the grandeur of Roman vases. This model focuses on the wide and elegant silhouette that makes a striking statement wherever placed. A distinctive feature is the three decorative horizontal lines encircling the middle, adding a touch of sophistication. Practicality is also considered, with drainage holes at the bottom to ensure your plants remain healthy by avoiding overwatering.
Finding the perfect model amidst the large number of variants has never been easier! Take a look at the detailed PDF catalog in the "Other Files" section in the “Files” tab. This catalog provides a visual overview of all the models in this project, complete with dimensions, to help you quickly find exactly what you need.
But it's more than just a visual treat; the catalog includes organized tables that let you easily compare models based on specific parameters. Once you've spotted the model that meets your criteria, just search for its filename on the project page to easily download the right file.
In the files section, you'll find PrusaSlicer example projects, offering basic settings as a starting point for your prints.
This flower pot is designed to be 3D printed with ease, accommodating various nozzle sizes and recommended materials to suit your preferences and the capabilities of your printer. Below are the print recommendations to achieve the best results:
Parameter | Description |
---|---|
Nozzle Size | 0.4mm, 0.6mm, 0.8mm |
Layer Height | Adjust according to nozzle size |
Filament Materials | PETG, PLA, … |
Perimeters | 2 or 3, based on your preference |
Infill | 15% |
The pot is designed to print effectively with 0.4mm, 0.6mm, and 0.8mm nozzles, accommodating all wall thicknesses. Select a layer height appropriate for your nozzle size, and always review the sliced result before printing. Aim for the walls to be printed solely with perimeter lines, free of infill. For prints using a 0.4mm nozzle, consider increasing the number of perimeters to three or more for optimal results.
The models not only have different sizes, but also three side thicknesses.
S17
(1.68mm): The thinnest variant is best suited for rigid filament. It is ok for smaller pots, but definitely too weak for pots that are equal or greater than 200mm in height.S20
(2.0mm): The medium thickness gives more stability and works well for soft materials like PETG. A good compromise, for medium sized indoor pots.S25
(2.5mm): My recommendation. This thickness provides excellent structural support for the sides of the pot, even for very large prints. These prints withstand outdoor conditions, even when moved filled with heavy wet soil.The model comes in various sizes to accommodate different plant sizes and spaces. An example filename, LR2406-S25-H200-D350.3mf
, illustrates the naming convention and gives insight into the dimensions:
S25
indicates the side thickness of 2.5mm.H200
denotes the pot's height at 200mm.D350
represents the diameter of the pot, measuring 350mm.All the 3D models for the pot and saucer can be found in the “Files” tab, nestled under the “Other Files” category. To streamline your experience, I've organized them into separate ZIP files based on file format—choose from STL, 3MF, or STEP files according to your needs. Simply download the ZIP file that corresponds with the format you require.
I sell the Fusion 360 design for this and other flower pots in the Printables store. By buying this design, you are supporting future designs and make all the free downloadable content possible.
Printables Store: Flower Pots - Fusion 360 Designs
Interested in more of my designs? Feel free to browse through my collection of 3D models:
👉 https://metikumi.com/3d-models/
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This flower pot marries the elegance of ancient Roman vases with the practicality needed for modern gardening. Its classic design, complemented by three decorative lines, makes it a versatile choice for any setting. I hope you find this design as enjoyable to print and use as I did to create. Please consider rating this design and sharing photos of your prints!
Happy printing!
The author marked this model as their own original creation.