The Challenge

The goal was to create a decorative centerpiece that broke away from the rigid, geometric "look" often associated with 3D printing. The challenge with organic vases is creating a form that is visually balanced from every angle while ensuring the surface remains perfectly smooth to take full advantage of reflective filaments.

The Solution

This piece was an original organic model created using spline modeling techniques. This allowed for fluid, continuous curves that traditional primitive shapes cannot achieve. To maximize the visual impact of the Silk PLA filament, the vase was printed in Vase Mode (Spiralize Outer Contour). This technique ensures there is no "z-seam" or stop-start points, resulting in a flawless, mirror-like finish that flows around the entire geometry.

Recognizing that 3D-printed vases are often not inherently watertight due to the nature of FDM layers, the internal dimensions were specifically modeled to accommodate a standard glass insert. This "hybrid" approach allows for the use of real flowers and water without risking leaks or material degradation.

Key Features

Material: Silk Silver/Metallic PLA
Design Process: Original organic spline modeling
Print Method: FDM (Vase Mode) for a seamless, continuous surface
Finish: High-gloss silk sheen that emphasizes organic highlights and shadows
Functional Design: Interior cavity sized to fit a glass liner for waterproof use
Aesthetic: Modern, sculptural form factor

The Result

The final product is a professional-grade decor item that demonstrates the "art" side of additive manufacturing. By combining custom modeling with smart filament choice and specialized print settings, the project resulted in a high-fidelity decorative piece that serves as a focal point in any modern interior.

Custom Organic Spline-Modeled Vase