Presenting the exquisite and rare Lalique "Tanega" vase, designed by Marie-Claude Lalique circa 1989. This stunning piece features a large, stylized green leaf cascading down the front shoulder, contrasting beautifully against the clear crystal body. Made from heavy, thick crystal, the vase combines Lalique’s signature polished and frosted finishes, highlighting the intricate texture of the leaf against the smooth clarity of the vessel. Signed “Lalique ® France” on the bottom front edge, this limited-edition piece was discontinued in 1993, adding to its rarity and collectibility.
Marie-Claude Lalique, the granddaughter of René Lalique, created this design, which embodies both elegance and innovation in modern glassmaking. Her work continues the Lalique tradition of blending natural motifs with a sophisticated Art Deco aesthetic. The “Tanega” vase has since become one of the most sought-after pieces from Lalique’s contemporary collection, recognized for its bold yet graceful design. In recent years, the "Tanega" was briefly re-released with an amber-colored leaf at a premium price, underlining the timeless appeal and prestige of the original green-leaf version.
René Lalique, a pioneer of decorative glass, established Lalique as one of the world’s most celebrated glassmakers in the early 20th century. Originally known for his Art Nouveau jewelry, René transitioned to glassworks in 1909, eventually founding the Lalique glassworks in Wingen-sur-Moder in 1921. His influence continued through his son Marc Lalique and later through Marie-Claude, who modernized the brand while maintaining its heritage of luxury and craftsmanship.
In excellent condition with no chips, cracks, or repairs, this "Tanega" vase is a beautiful example of Lalique’s artistry and innovation. Perfect for collectors and admirers of fine crystal, it makes an impressive statement piece, combining nature-inspired design with timeless elegance.
Light wear.
Approx. overall 14½" high x 9" diameter externally at widest
Approx. overall 37cm high x 23cm diameter externally at widest