The project
MOVA is a Danish design brand producing a range of parametric vases, in production since 2025 and sold in Denmark and across Europe. Every vase is 3D printed, and the shapes are generated by a custom software tool rather than modelled one at a time, so no two pieces come out the same. Several hundred have been sold to date.
The approach
A 3D printed vase has one obvious problem, which is water. Printed walls are built up in layers, layers leak, and sealing them adds cost, adds a failure point, and rules out otherwise good materials. The answer was to stop asking the printed part to do that job at all. A glass insert sits inside the vase and holds the water, which frees the printed body to be purely a form. Once it never has to be watertight, the shape can be as open, ribbed or twisted as the generator makes it.
How it was made
The vases are 3D printed in PLA in a range of colours, and come in several sizes, from small to large and from short to tall. Because the geometry is generated rather than drawn by hand, producing a new variant means running the tool again rather than remodelling from scratch, which is what makes a genuinely varied range practical to produce at this volume.
Where the same approach works
Generative design only pays off when the production method can keep up with it. Pairing a parametric form with 3D printing, a process that does not care how complicated the shape is, means variety costs nothing per unit. That is the opposite of injection moulding, where every variant needs its own tool. The same approach suits short run product ranges, one-of-a-kind and personalised objects, retail collections, and any product where every piece being different is the whole point.
