A Flawless Winter Bloom
ERA: A Starlit Night at a Winter Ball
STYLE NOTES: Diamond-like Sparkle, Intricate Layering, Timeless & Versatile, A Perfect Accent
PAIRS WELL WITH: Everything. The lapel of a winter coat, the neckline of a black velvet dress, or even pinned in your hair for a bridal look. It doesn't follow a trend; it is a timeless statement of elegance itself.
The Character Arc
There are statement pieces that shout. And then there are statement pieces that simply radiate. This exquisite vintage brooch, from the legendary high-craftsmanship brand "Original by Robert," belongs to the latter.
Like a perfect, geometric snowflake or a mystical ice lotus, this piece is a masterclass in dimension and light. Layers of brilliant, ice-clear Austrian crystals are meticulously hand-set in an ornate, silver-tone frame. The quality of the stones is so exceptional, they explode with a fiery, diamond-like brilliance under any light, appearing almost new.
This is the ultimate secret weapon for your wardrobe. It is substantial enough to be noticed, but so classic and elegant that it will never overpower you. It doesn't steal the show; it simply makes you the show. A true, investment-grade, and endlessly versatile piece that deserves to be owned forever.
Description
Brand: Original by Robert (Signed with the signature artist's palette hallmark)
Era: Circa 1950s-1960s
Materials: Silver-plated metal (likely Rhodium), Austrian Crystal Rhinestones.
Features: Can be worn as a brooch or a pendant (has a pendant hook).
Measurements: Approx. 1.72 inches (4.37 cm) in diameter.
Weight: 18.4 grams.
Condition: EXCELLENT VINTAGE CONDITION (8.5/10)
The front-facing crystals are in pristine, MINT condition. They are all present, incredibly clear, and possess a breathtaking sparkle with no signs of aging. The silver-tone plating on the front is also bright and beautiful.
The back of the piece shows some minor, fine scratches and signs of gentle wear, consistent with its authentic vintage age. This does not affect its spectacular presentation from the front.
