Fasce Ritorte Vase

Decorative art, blown glass vesselIn the manner of Fulvio Bianconi for Venini (Murano, Italy)

Fasce Ritorte Vase

Style & Movement

Murano Modernism / Mid-century Italian Design

Medium & Technique

Murano glass featuring the 'a fasce' (opaque bands) technique with diagonal twisting application; hand-blown and fire-polished finishes.

Creation Period

Late 20th to early 21st century (Mid-century Modern revival style)

Dimensions & Format

Approximately 14-18 inches in height; vertical teardrop/bottle format

Subject Description

A teardrop-shaped vessel with a tall, narrow neck. The composition is defined by vibrant, opaque diagonal bands of yellow, orange, red, and blue glass that spiral around the body of the vase, creating a sense of kinetic movement and rhythm.

Condition & Value Assessment

Condition Assessment

Very Good; the glass appears bright and structurally sound with no visible chips or cracks from a frontal view.

Estimated Market Value

USD $400 - $1,200 (depending on weight, signature, and workshop identification)

Auction Estimate

USD $300 - $800

Provenance History

Likely part of a private contemporary collection; stylistic origins are rooted in the Venetian glass-making tradition of the 1950s.

Art Historical Significance

The piece represents the persistence of the 'Fasce' technique popularized by Fulvio Bianconi in the 1950s, which revolutionized Murano glass by moving from traditional figurative work to abstract, color-driven modernism.

Notable Features

The seamless integration of high-saturation colors and the precision of the spiral ribboning indicate a high degree of technical skill typical of Murano glass workshops.

Condition Issues

Possible shelf wear on the base (surface scratches); interior mineral deposits from use as a functional vase may be present but are not visible in the image.

Conservation Recommendations

Gentle cleaning with a microfiber cloth and mild soap; avoid abrasive chemicals. Display in stable temperatures away from direct heat sources to prevent thermal shock.

Identified on 5/5/2026