Murano Glass Dolphin or Stylized Exotic Fish
Sculpture, decorative art glass • Attributed to Murano, Italy; likely the workshop of Archimede Seguso or Elio Raffaeli given the form and finish
Style & Movement
Mid-Century Modern / Italian Murano Art Glass
Medium & Technique
Hand-blown Murano glass utilizing Sommerso and Vetro a Reazione (reaction glass) techniques with metallic iridescent fuming and gold leaf inclusions (Scavo style finish)
Creation Period
Mid to Late 20th Century (circa 1960s-1980s)
Dimensions & Format
Approximately 8-12 inches in height; vertical sculpture format
Subject Description
A stylized, leaping aquatic creature, blending features of a dolphin and an exotic fish. It features an iridescent, crackled golden-brown body with clear glass fins and a large, wide-spanning tail. The piece emphasizes fluid motion and light refraction through the organic glass form.
Condition & Value Assessment
Condition Assessment
Excellent; the glass appears to be free of cracks, chips, or major surface abrasions. The iridescence remains vibrant and the internal inclusions are well-preserved.
Estimated Market Value
$300 - $650
Auction Estimate
$250 - $450
Provenance History
Likely acquired via a high-end department store or specialized glass gallery during the late 20th century. Common in vintage Italian glass collections.
Art Historical Significance
Represents the height of Venetian glass-making innovation in the post-war period. These figurative works were instrumental in reviving Murano's global reputation by blending traditional furnace techniques with modern, zoomorphic designs.
Notable Features
The 'lava' or crackle-effect internal surface achieved through reacting chemical metallic salts within the glass layers, and the high-relief tactile fins.
Condition Issues
Minor 'flea bites' may exist at the base (unseen); light surface dust; no structural damage visible.
Conservation Recommendations
Professional cleaning with micro-fiber cloth; display away from high-traffic edges to prevent tipping; avoid sudden temperature changes to prevent thermal shock.