3D printing can produce some rough parts, but when slicer settings are tuned and the part is post-processed, you can make some very visually-appealing models. Vases are the perfect way to highlight how 3D printing can create stunning parts.
Besides being used to showcase how great 3D printing is, vases can obviously hold flowers, too! You can use them as practical decor around your living space.
In this article, we’ll present you with some amazing 3D printable vase designs. For each model, we’ll provide a description of the project, some printing tips, and, of course, where you can download it.
If you see something you like but don’t have a 3D printing setup at home, try Craftcloud. The extensive selection of materials and printing options available through our partners will give you quite a bit of design freedom to meet your home decor needs.
Now, let’s check out the picks!
We’re drawn to geometric shapes and patterns, and they’re all around us. The following vases feature these types of designs, including triangles, hexagons, and more.
With this option, you don’t just have a zig-zag style vase but an entire collection of vases in various styles and patterns. These vases boast a modern look and will look stunning with a sparkling or metallic filament.
This model is also designed to be printed in “spiral vase mode,” which is a feature found in Cura and other slicers that greatly simplifies the process of printing vases. The textured effect can be observed both on the outside and inside of the vase.
This vase promises smooth lines packed into an extremely elegant and modern design. The author created nearly 200 versions before arriving at this model.
The designer’s primary goal was to create a vase that could be printed with a single perimeter while giving the illusion of being multi-perimeter. There’s also a version without holes that retains the internal ribs but can be made without the vase mode feature. There are no guarantees, but the author states that the model has no gaps and theoretically can hold water.
Low-poly is a popular 3D design genre that incorporates regular geometries such as squares or triangles instead of complex curvatures. This model utilizes a low-poly structure and looks great with a plant inside, so perhaps it’s closer to a planter than a vase.
The designer mentioned that they printed the model in PLA and that it’s a straightforward, support-free print.
Spiral vases are very popular, and this vase has an unusual triangular spiral structure. The design is a triangle rotated gradually along the Z-axis and looks satisfyingly balanced due to the integration of a regular geometric shape along a spiral.
The designer mentioned that they printed the model in red PLA but offered no other printing tips. But after reading about all the vases in this list and some printing tips, you’ll be well prepared to attempt it!
Succulents are ideal for indoor growing since they can thrive even with low care and effort. If you’re looking for an alternative to pots to plant your succulents in, a wall vase might be just the thing for you.
The back pattern of the vase is hexagonal, so you can add and arrange a larger number of vases in a honeycomb pattern without difficulty. These are great for decor and won’t take up much space in your room.
There are two models by the designer: one to stick these vases to the wall and the other to hang them from a nail, arranging them in any design you find appealing.
This honeycomb vase has an extruding honeycomb geometry texture that makes for excellent surface visuals. The vase was designed in Blender, and the designer provided the Blender file on the project page if you want to make your own adjustments. There are also STL files that enable you to print this model either with or without the vase mode print setting.
While the designer didn’t provide any specific print settings, quite a few makers printed the vase in PLA with a 0.2-mm layer height and 20-25% infill.
Designed in Fusion 360, this next vase is a hexagon twisted and raised along the Z-axis, making for a stunning look. It could also be used as a pen or toothbrush holder.
The creator of this design stated that they printed the vase in ABS and PLA. One maker listed that they printed the model with 15% infill and a raft.
This transition vase takes inspiration from the Weaire–Phelan structure – also a source of inspiration for the 2008 Beijing Olympics’ Water Cube. In simple terms and without getting too technical about it, this structure was a solution to a geometric problem.
As you can see from the vase’s design, it looks like it’s melting or “transitioning” from solid to liquid. This is how it gets its name, the “Transition Vase”. There are no printing instructions, but the model is a single piece, so printing it shouldn’t be an issue.
This double-twisted vase contains spirals that move in opposite directions and intersect, yielding an impressive look. The designer stated that the model was made by taking one spiral vase and placing it over another at an offset rotation angle. The original model is solid, so make sure you print it in vase mode.
The creator of this vase mentioned that when adjusting the vase mode settings, you should use two layers for the wall thickness and a 1-mm bottom thickness.
Vases in this category look almost fluid, as if they’re flowing or have some kind of movement.
This vase design has the look of a flame with its irregular geometries. Since the original model is completely solid, make sure to print this model in vase mode so that the object is “shelled” out.
One community maker posted a great print of the flame vase and listed that they used a 200 °C nozzle temperature and a 60 °C bed temperature to print the vase in PLA.
This model was designed by virtox, a designer who has made many other vases. Featuring many complex curvatures, this vase looks like it’s alive! The design is available as a solid (for printing in vase mode) and as a shell.
The designer didn’t provide too much printing information but did list what settings they used to print the vase. These include a 0.3-mm layer height, no supports activated, and PLA filament.
This vase has a distinct surface pattern similar to the ripple of waves in water. On the model, there are a few ripple areas that intersect to provide an even more dramatic look. When slicing the design, make sure you activate vase mode to shell the model so that it can function as a vase.
The designer didn’t provide any print settings, but standard settings should work just fine: a 0.2-mm layer height and a 50-mm/s print speed. As there are no overhangs, supports aren’t necessary.
As you’ve probably noticed by now, spiral vases are very popular on Thingiverse and other 3D model repositories, and this project contains a few different spiral vases with different outer shapes. The model is already designed to print like a vase, but you could still activate vase mode to provide consistent extrusion.
The designer recommends printing the vases with a 0.35-mm diameter nozzle or a 0.35-mm extrusion width. One maker listed that they printed the model in PLA with a 0.24-mm layer height, 25% infill, and no supports.
The fluidity of this vase is brought to life by the artist’s design, which mixes a perfect balance of smooth flow and sharp edges to balance everything out. With the popularity of this vase, we can see that this will go down as a fan favorite soon enough.
There have been quite a lot of people who have printed this in PETG to give it some strength. It’s quite fun to take the time and look at the different ways people have made this design their own, and you might get inspired to choose some dual-color or transparent filament for your own. Just don’t forget to set your slicer to vase mode before hitting print.
Home decor with minimal design is all the rage, and it’s pleasing to the eye due to its simplicity. The vases listed in this category are all minimalist and perfectly elegant.
This model utilizes an interesting geometry with five spiraling curvatures surrounding the vase part, making for a great display piece. According to the designer’s description, the design is based on a complex geometric structure anchored by two dodecahedrons.
The original model is already a shell (hollow with one opening), so you won’t need to use vase mode on this design. Even though the structure has several overhangs, the angles are low enough that you shouldn’t need supports. There were no printing tips from the designer, but one community maker printed the vase with three shells, a 0.175-mm layer height, 5% infill, and a print speed of 60 mm/s.
The shape of this vase is inspired by a heart twisted upwards, and as the image above reveals, it looks nice when printed in a color-changing filament. Two files are available: one that can be printed in vase mode and another with thin walls so you don’t have to use vase mode in your slicer.
The designer recommends printing the model with 0% infill and at least one shell.
Next up is a vase in the shape of a water droplet. The design features a small hole at the top and a larger flat base so the vase doesn’t fall over.
One maker printed the model at 750% scale for a striking centerpiece, with a 0.2-mm layer height and 20% infill in PLA. The maker also mentioned that printing the vase with that significant scale took over three full days to print.
The gyroid is a great vase for decoration and holding flowers. It has a spiral structure and a design that’s simple but eye-catching. The shape of the vase resembles a twirled ribbon.
You can print this vase easily, as it’s a single model. If you have any concerns, check out any of the successful makes. There’s even a time-lapse video of one of the gyroid vases. Such videos are easy to capture and satisfying to watch!
A vase that looks like a two-dimensional object at first glance can do all that a three-dimensional vase does. It has an opening through which you can pour water and put your flowers or plants on display. The design of this vase is quite similar to wire or silhouette vases.
You’ll definitely get compliments on this vase, as your guests will be intrigued and fascinated by it. This will surely be the case, since many makers in the community like the vase’s concept and design.
Let’s be honest here, not many vases are versatile enough to fit different interior design styles. However, we think this minimalist vase does the trick. It’s sure to be a huge hit for anyone who wants to surround their blooms with a mystical moon.
When it comes to overhangs, they can be tricky depending on the printer you’re using. So, you might want to use supports, but just make sure to set it to support build plate only. The reason for this is that the creator has included built-in supports for the top of the moon.
Mathematical structures and patterns, natural or man-made, are mesmerizing. These vases are based on either mathematical patterns, designs, or concepts.
If you prefer a more striking effect, this may be the option you’ve been looking for. The appearance is certainly unique and enhances metallic and glittering filaments, giving the piece a wonderful shine.
For printing, it’s recommended to use 0% infill, 0 top layers, and 3 outer walls. Even if you use regular filament, you’ll achieve surprising and exciting results, but the prints with metallic and glittering filaments are truly jaw-dropping.
This vase was inspired by a Klein bottle, a geometric object that arose out of the mathematical field of topology. Its Klein bottle shape, accented with a web-like structure, has been modified so that it can function as a vase.
The designer recommended using no supports, 10% infill, two shells, and a brim, which will help with bed adhesion. Given the vase’s shape and the presence of overhangs, make sure to check your cooling settings before printing it.
The upper half of this vase has the appearance of a Voronoi pattern, which is a tessellated structure based on a mathematical partition of a plane. Voronoi patterns are popular in 3D design.
The bottom half of the vase is solid, making the model more structurally sound. The Voronoi part can be printed in a different color than the base, which will give the vase a nice contrast, adding even more flair to an already stunning design.
Vases with this contrasting aesthetic can be seen in Area3d’s gold and black vase or JohnWardell’s orange and gray vase.
This design has been around since late 2021, and plenty of people have shown off their attempts at printing it. We must say, the community has printed this vase with some cool filament choices. It’s almost like it was made for multicolor filament with all of those ripples, twists, and turns.
The creator was able to make the geometry using Rhino3D and Grasshopper. They point out that this is a variation of the Koch curve with hexagons, which changes in rotation and fractal depth along the extruded direction. As a predecessor to another vase the creator made, we think they hit this design out of the park.
These vases are unique – in short, they don’t look like your traditional vase, and they don’t really fit in any of our previous categories. However, we simply couldn’t leave them off the list.
If you’re looking for something different to make your living room more interesting, a vase imitating coiled ropes is sure to make an eye-catching addition. You’ll also find a second, shorter version resembling a beer mug and bowls in three different sizes in the model’s description.
To make the vase look as close as possible to rope, use a filament in a similar color. In this case, the Mukha filament from Fillamentum was used. Unfortunately, there are no details regarding the print settings, so it’s essential that your printer is well calibrated when attempting to create this vase. Check out the video for a closer look!
Not all little ghosts are terrifying and spooky, right? This one, for example, is friendly. It looks lovely with some flowers, and is sure to be a welcome decoration to your home, especially during Halloween.
The author’s inspiration was to put a ghost-shaped balloon model underneath a sheet for a vase contest. They used the vase mode setting and recommend using a layer height of 0.16 to 0.2 mm.
Groot is the tree-like character – technically a Flora colossus – from Guardians of the Galaxy, and this young Groot vase makes for fun desk decor. The design has many details on the outer surface, including cracks and crevices similar to Groot.
One community maker shared a great print of the vase and listed a few of their settings. They used a 0.1-mm layer height to print the model in PLA with supports activated.
Vases are usually a single shape, but this design uses tiles that you can lace up to make the final vase, yielding a cool look. Designed in Vectary, the model incorporates different-sized triangles that lace together around a hexagonal base. You can use a thread or small rope to tie the different parts together.
As you might expect, this vase isn’t very effective for holding water, but it will look great full of dried flowers or even holding utensils in your kitchen! While there are no printing tips other than that the model is support-free, the designer states that the print is easy, but assembly might take a while.
This vase is unique in many ways, and will definitely turn some heads. It makes us question what inspired this design in the first place. Whether that’s for a good or gross reason depends on the person. Love or leave it, we can’t help but think that this would be a great gift for a heart surgeon’s desk.
One maker noted that they printed the heart in PETG with supports and 15% infill. It took 29 hours to print!
The swashbuckler in all of us is yelling “Aye!” right now. Since we adore this wonderful design, we have to wonder what mysteries the octopi are protecting. Maybe it’s a freshly potted plant or buried treasure.
The creator of this piece was nice enough to provide five different levels of quality for the print, depending on your printer’s capabilities. Quite a lot of support will be needed for this print to succeed, but overall we think it’s worth the time.
License: The text of "The 30 Best 3D Printed Vases of 2023 (Incl. 3D Print Files)" by All3DP is licensed under a Creative Commons Attribution 4.0 International License.