Stenzhorn’s Structured Celestial Symphony

Stenzhorn, a Germany-based fine and high jewellery house, is renowned for its virtuosity in invisible setting and for reinterpreting traditional craftsmanship through a modern design lens.

Its latest collection, NOVA, draws inspiration from a star at its brightest intensity. The collection aims to evoke this fleeting radiance, giving each piece a lasting sense of luminosity. The focus is the hexagonal motif, drawn from nature’s most precise geometry and reinterpreted as a new icon of the House.

The hexagon represents a structure of exceptional precision, and in the NOVA collection, the shape transforms into jewellery with clarity and control, reflecting the Maison’s design language.

The collection explores different expressions of light: some pieces exhibit the intensity of a luminous halo, others reveal a more diffused radiance, and some designs capture the trace of light left by a shooting star.

The concept comes alive with channel-set baguette diamonds underscoring structure and precision, while pavé-set stones impart a more diffused brilliance. Polished gold surfaces define the forms precisely, allowing each design to express light in an intentional way. The Milky Way is articulated with mother-of-pearl enamel adding a subtle luminosity and depth to the designs.

(Left) The NOVA earrings crafted in 18-karat gold, and highlighted with pearl enamel, feature four bezel-set round brilliant diamonds set in a graduating sequence of open frames, creating a sense of downward momentum and light. (Right, on model): The 18-karat yellow and white gold necklace is composed as a continuous arc of shooting-star elements of baguette diamonds set in a channel setting and crowned with round brilliant diamonds in star-like forms. By Stenzhorn
NOVA bangles in 18-karat yellow gold. By Stenzhorn

Within the collection is a selection of rings designed to be worn in combination. While each ring is a standalone piece, when stacked they form a fuller, more defined, and expressive composition.