Modular Geometric Tessellation Vase / Voronoi Stacking Sculpture
by PanBojda · via Thingiverse
| Format | STL |
| Category | Art |
| License | CC BY-SA |
| Triangles | 77.2k |
| Uploaded | Mar 25, 2026 |
⬇ 9 downloads
👁 13 views
Description
Elevate your space from modern to purely sculptural with this stunning Modular Geometric Tessellation Vase. Step far beyond basic cylindrical shapes and introduce a complex, parametric architectural element to your home or office. Design Highlights: Complex Geometric Tessellation: The vase is built from an intricate, interlocking lattice of geometric facets and open mesh, resembling a parametric Voronoi tessellation. This structure creates mesmerizing light and shadow effects. Modular Multi-Color (AMS-Free): This is the genius part! The design specifically splits the base, the tiered rings, and the top rim into separate STL components. This allows you to easily print contrasting colors (like the black and white shown) and assemble them—all without a multi-color system (MMU/AMS). Stacking Complexity: The multi-tiered ring stack gives the vase significant height and presence, making it a powerful centerpiece. Support-Free Complexity: Crucially, this complex geometry is designed to print Support-Free! Despite its intricate appearance, the angles are self-supporting, ensuring an easy, material-saving printing experience. Versatile Decor: Perfect for displaying dried flowers, pampas grass, or as a standalone geometric sculpture on a bookshelf or desk. Printing Tips: Supports: 100% Support-Free. Orientation: Print the base and rim flat. Print the ring stack upright. Multi-Color: Remember to print the base plate, the central ring tower, and the top rim parts in contrasting colors for maximum effect. Resolution: Print at a lower layer height (e.g., 0.16mm) to capture the sharp facets of the complex geometry. Waterproofing: If you use real flowers, please use 3+ perimeters and increase flow slightly to ensure the central well is watertight. PETG is recommended.
Originally published on Thingiverse