
The below picture is for illustration and reference purposes only.For illustration purposes only.
Crafted by Pierre-Yves Rochon, the Causeuses vanity is a stunning example of interior design excellence. It is a harmonious blend of various exceptional skills, combining form and function seamlessly. The use of metal and marble enhances the beauty and sparkle of crystal, creating a truly exquisite piece. The Causeuses motif pays tribute to the feminine figure, a constant inspiration for LALIQUE. The design elegantly captures feminine beauty through the use of satin-finished crystal, mimicking the softness of skin. The sensual curves of the bathers contrast with the precise crystal waves of the Soudan motif designed by René Lalique in 1934. The composition strikes a balance between geometric lines and dynamic movement. Pierre-Yves Rochon emphasizes the meticulous attention to detail and perfect proportions in the creation of the Causeuses vanity. The design allows for crystal to seamlessly integrate into interior architecture and furniture design in a fresh and innovative way. Clear Crystal and Nickel are used for the exterior, with a bright nickel finish and Névé white marble top. The vanity features a rectangular basin in Névé white marble, metal taps with bright nickel finish, and beautiful Lalique crystal accents designed by Pierre-Yves Rochon for THG. The piece is handcrafted in France, representing a collaboration between Pierre-Yves Rochon and Lalique. With its numbered edition, the Causeuses vanity is a true work of art that showcases exquisite craftsmanship.
GLINT Verified is our own designation and means that we inspect every item, every time.
We help resolve issues quickly and fairly.
Every item is verified for authenticity.
Your payment is held until the item is verified.
We verify each seller to ensure trust and safety.
Get instant answers from our AI assistant
💡 Ask about pricing, authenticity, availability, condition, or anything else about this product
Guaranteed safe & secure checkout powered by Stripe
