Asymmetric Swirl Bypass Ring

Decorative art / Jewelry / RingMass-market jewelry manufacturer; possibly a fashion brand or commercial jeweler.

Asymmetric Swirl Bypass Ring

Style & Movement

Contemporary Costume Jewelry; Modernist-inspired bypass design.

Medium & Technique

Cast metal (likely gold-plated brass or silver) set with faceted glass or synthetic stones using pavé and bezel setting techniques.

Creation Period

Late 20th to early 21st Century (Circa 1990-2010)

Dimensions & Format

Circular ring format; approximate US size 6-7 based on scale; bezel diameter approximately 6mm.

Subject Description

An asymmetric 'bypass' style ring featuring a wave-like motif. One side of the 'wave' is pavé-set with clear round crystals, leading to a larger, dark circular focal stone (appearing deep purple or black). The composition emphasizes fluid motion and organic curves.

Condition & Value Assessment

Condition Assessment

Fair; visible signs of wear and age-related degradation.

Estimated Market Value

$10 - $30 USD

Auction Estimate

$5 - $15 USD

Provenance History

Acquired through retail or secondary market; no visible hallmarks or maker's marks visible in the photograph to suggest specific provenance.

Art Historical Significance

Representational of mass-produced commercial jewelry designs that popularized fine jewelry aesthetics (such as the bypass ring style made famous by brands like Cartier and Van Cleef & Arpels) for the middle-market consumer.

Notable Features

The bypass design creates a sense of movement; the contrast between the clear pavé stones and the dark focal stone is a classic 'day-to-night' jewelry aesthetic.

Condition Issues

Visible tarnishing and oxidation on the metal surface; potential loss of plating on the band edges; accumulation of dirt/dust between small stones; the large focal stone shows slight surface abrasion.

Conservation Recommendations

Gentle cleaning with a soft brush and mild soapy water; avoid ultrasonic cleaners which may loosen glued or poorly set costume stones; store in a dry environment to prevent further oxidation.

Identified on 5/2/2026