Ribbed vase 3D print, a bold and striking centerpiece
A two-piece vase with removable insert for easy cleaning

Contents
Hey there, makers. We spent some time with the Ribbed vase 3D print, looked at it from every angle, and put together a closer look at what makes this design tick.
A ribbed vase 3D print doesn’t need to look like plastic, and that’s the whole point behind this one. The bold ribbing runs the full height of the piece, giving it a texture that catches light the way a thrown ceramic vessel would, while the printing itself stays simple enough for a single spool and an afternoon.
What the ribbed vase is built around
The idea here is modularity. Instead of one solid shell, the vase splits into an outer body and a removable insert that actually holds the water. That means you can lift the insert out, rinse it under the tap, and never have to scrub the ribbed exterior. It’s a practical answer to a problem anyone who has owned a narrow-necked vase will recognize: you can’t get a sponge into the bottom.
A small pendant rounds out the design, meant to hang from an optional cord as a tag. It’s supplied separately as an STP file, so if you want to change the shape or add initials, you can edit it before printing.
Ribbed vase 3D print in matte black PLA
The studio’s own make uses Bambulab PLA in matte black for the outer vase and matte white for the insert, and the contrast is part of the appeal: black ribs on the outside, a pale liner visible when you look down into it. Matte black PLA in particular reads less like a filament and more like glazed stoneware once it’s off the plate, which is why the design leans on that finish rather than anything glossy.
It comes in two sizes, so you can pick a smaller one for a side table or the larger version as a centerpiece. Both the vase and the insert print in vase mode, which is what gives the ribbing its continuous, seamless look, since there’s no visible layer seam breaking up the pattern.
Printing notes worth knowing before you start
Because this is a vase-mode print, the outer shell and the insert are both single-wall, zero-infill prints with no supports needed. That keeps the process straightforward, but it also means the walls are doing all the work of holding water. If a layer skips or under-extrudes anywhere on the insert, you risk a leak, so it’s worth checking the first few layers closely before walking away from the printer.
If leaks keep happening, the fix suggested by the studio is to print the insert without vase mode at all, using normal walls and infill instead. You lose the seamless rib continuity on that one piece, but since the insert sits inside the outer shell and isn’t very visible, it’s a reasonable trade if water tightness is giving you trouble.
Where a ribbed vase like this fits
This isn’t a display-only sculpture, it’s meant to hold actual flowers or stems on a shelf, a dining table, or a windowsill. The modular build means it can also travel well as a gift, since the insert nests inside the outer body for packing. If you’re after something that reads as a handmade ceramic object but comes off a home printer in one sitting, the ribbed vase is a solid pick for that shelf-to-table category of print.
Pair the smaller size with the pendant and cord for something closer to a hanging planter or a decorative tag piece, and save the larger size for when you actually want to put stems in it. Either way, the two-piece construction is what separates this from a typical single-shell vase print, and it’s worth keeping that insert on hand even after the novelty of the ribbing wears off.
That is it for this design deep dive. There are already more ideas taking shape in the studio, so keep those printers ready and your filament shelf questionably well stocked.
Leon Sektor 7 Studios
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Every model is available as STL and 3MF files. Selling physical prints needs a commercial license; the files themselves may not be resold. Part of our library of 400+ models – every one included from $10 a month.
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Recommended Print Settings
The settings and the filament we used for our own print of this model, and the combination that gave us the best result. A recommendation, not a requirement.
- Filament
- Bambulab PLA Matte black
- Infill
- 8% Gyroid or Grid
- Layer Height
- 0.2mm
- Walls
- 2
- Nozzle Size
- 0.4mm
- Support Structure
- needed
- Brim
- None needed, but when you have adhesion problems then activate the brim
- Skirt Loops
- 1
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