Diamant Small Bowl (Diamant Coupelle)
Decorative art, lead crystal bowl • Baccarat Crystal (France)
Style & Movement
Contemporary Luxury / Mid-Century Modern influence
Medium & Technique
Hand-blown and hand-cut full lead crystal (24% PbO) utilizing the wheel-cutting technique to create 'pierreries' (diamond-point) facets.
Creation Period
Late 20th to early 21st Century (Contemporary production)
Dimensions & Format
Approximately 2 to 3 inches in height with a 4 to 5 inch diameter; Organic/Asymmetrical circular format.
Subject Description
An asymmetrical, free-form crystal bowl with a smooth, undulated rim. The base features a complex geometric diamond-cut pattern that captures and refracts light, transitioning from sharp structural facets at the bottom to a fluid, organic interior surface.
Condition & Value Assessment
Condition Assessment
Good to Very Good; visible light surface scratching consistent with use on the interior well.
Estimated Market Value
$150 - $250 USD
Auction Estimate
$80 - $120 USD
Provenance History
Mass-produced luxury item; usually retailed through high-end department stores or Baccarat boutiques. No specific historical provenance visible.
Art Historical Significance
Represents the continuation of Baccarat's heritage in precision glass cutting. While a production piece rather than a unique artwork, it exemplifies the 'Art de Vivre' French luxury tradition and the technical mastery of the Meilleurs Ouvriers de France employed by the workshop.
Notable Features
Features the signature Baccarat light refraction; though the acid-etched hallmark is not visible in this angle, it is likely on the underside center. The contrast between the rigid geometric base and the liquid-like upper rim is characteristic of the Diamant collection.
Condition Issues
Lateral surface scratches on the interior of the bowl; possible shelf wear on the bottom facets; fingerprint smudging.
Conservation Recommendations
Clean with lukewarm water and mild dish soap; avoid abrasive sponges. Microfiber cloth for drying. Keep out of extreme temperature shifts to avoid thermal shock.