This vase is the result of a simple geometric idea evolving through a series of algorithmic transformations.

Starting from a regular polygon, selected vertices are offset to create an asymmetric profile. The resulting cross-section is then stacked vertically, gradually rotated and scaled along a smooth curve. As each layer transforms, the individual profiles blend into the flowing, spiral geometry of the finished vase.

Although the underlying process is defined by a concise Grasshopper algorithm, small changes to its parameters—such as the number of polygon sides, the displaced vertices, the amount of rotation, or the scaling curve—produce entirely different forms. This model is one instance from a broader family of parametric designs generated from the same principles.

The vase prints as a single piece without supports and is intended as a decorative object. The faceted surfaces emphasize layer lines in a way that complements FDM printing, producing a subtle interplay of light and shadow that changes as the object is viewed from different angles.

Dimensions:

Height: 210 mm Side 1: 103.7 mm Side 2: 99.5 mm

Recommended Settings

Line width: 0.4mm Layer height: 0.28mm Temp: First couple layers 202º (Celsius!), Rest 198º Bed: 52º Infill: 8-15% Walls/Perimeters: 2-3

Material: Silk PLA