Etched Crystal Vase with Weightlifter Motif

Decorative Art, Glassware/VaseLikely manufactured by a European glassworks such as Orrefors (Sweden), Val Saint Lambert (Belgium), or a Bohemian workshop; possibly attributed to a specific designer like Vicke Lindstrand or Edvin Öhrström

Etched Crystal Vase with Weightlifter Motif

Style & Movement

Mid-Century Modern / Scandinavian Modern

Medium & Technique

Lead crystal glass with diamond-cut patterns and frosted/acid-etched design

Creation Period

Mid-20th Century, approximately 1950-1970

Dimensions & Format

Approximately 15-20 cm in height; cylindrical portrait format with a stepped footed base

Subject Description

A vertical cylindrical vase featuring a central frosted figure of a male weightlifter performing an overhead press. The central figure is framed by deep geometric diamond-cut facets that create light refraction and prismatic effects, emphasizing the muscularity and strength of the subject.

Condition & Value Assessment

Condition Assessment

Good/Very Good; the glass appears clear with no visible clouding or major chips

Estimated Market Value

$150 - $350 USD

Auction Estimate

$100 - $250 USD

Provenance History

Unknown; likely a mass-marketed or limited edition luxury giftware item from the mid-20th century

Art Historical Significance

Represents the post-war interest in physical culture and 'socialist realism' or 'heroic' motifs within domestic decorative arts. It reflects the technical mastery of European glass cutting during the height of the clear crystal trend.

Notable Features

The contrast between the highly polished geometric cutting and the matte frosted etching of the human figure is a classic hallmark of mid-century art glass.

Condition Issues

Visible surface dust and minor shelf wear on the base; possible microscopic flea bites on the sharp edges of the facets

Conservation Recommendations

Gentle hand washing with mild detergent and lukewarm water; avoid mechanical dishwashers and abrasive cloths; display in stabilized, soft-lit environments to prevent thermal shock.

Identified on 3/2/2026