A 3D printed vase is a vase built up layer by layer by a 3D printer. Instead of casting or throwing, the object is first designed digitally and then physically constructed from melted material — layer by layer, from the bottom up.

How does it work?

Most 3D printed vases are made using FDM technology (Fused Deposition Modeling). A thermoplastic filament is heated and deposited in thin lines through a nozzle. Each layer bonds to the previous one until the final shape is complete.

Because the process is digitally controlled, shapes can twist, flow and transition gradually — without moulds or manual finishing. This makes it particularly suited to organic, sculptural forms that are difficult to achieve with traditional methods.

Why choose a 3D printed design vase?

3D printing offers a few things that traditional production can't easily match:

Complex shapes are achievable — twisted, flowing and layered structures come out well. Small batches are possible without large investments in moulds or machinery. And local production is realistic — no big factory needed, just a printer and a good design.

Is a 3D printed vase sustainable?

That depends on the material and how it's made. SunkenOrangeDesign mainly uses PLA, a plant-based bioplastic. The printer only uses the material needed to build the object, which produces relatively little waste. And because everything is printed locally, there are no long supply chains.

The visible layer lines

3D printed objects have visible layer lines — that's just how the process works. They make every object slightly different, and they're a recognisable sign of something that was actually made, not pressed out of a mould.

Curious what that looks like? Browse our collections and see how digital design takes physical form.