Lab-Grown Bezel-Set Alexandrite Solitaire Ring in 14K Gold
14K Gold Lab Grown Bezel-Set Alexandrite Solitaire Ring
Our Lab Grown Bezel-Set Alexandrite Gold Ring pairs a 6mm lab made round alexandrite with warm solid gold and a clean bezel setting that frames the stone with smooth precision. The color shifting alexandrite moves between rich violet, plum and subtle teal tones depending on the light to give the ring a lively presence throughout the day. Its split style upper shank creates graceful lines that draw the eye toward the center stone while the balanced profile makes it comfortable for daily wear.
Product Specifications
- Metal: Guaranteed 14K Solid Gold
- Center Stone: 6mm Lab Made Round Alexandrite
- Setting Style: Bezel-Set Solitaire
- Shank Base Width: 3.9mm
- Thickness: 1.55mm
- Origin: Made in the USA
- Style: Contemporary Fine Jewelry Ring
- Returns: 45-Day Return & Exchange Policy
- Shipping: Free Shipping in the USA (global options available)
The Lab Grown Alexandrite Solitaire Ring
Alexandrite has always been prized for its rare ability to shift color and this lab made version captures that same captivating effect with excellent clarity and brilliance. In daylight, deeper green and teal flashes may appear while indoor lighting often brings forward violet and wine toned hues. That changing personality gives the ring its distinct character that feels different from one moment to the next.
Clean Lines and Daily Strength
The bezel setting offers a sleek finish while helping protect the edges of the stone, a practical choice for regular wear. The sculpted split shank adds visual depth without ever overwhelming the center gem for a balanced silhouette from each angle. Whether chosen as an engagement ring, anniversary gift or personal signature piece, this design carries a modern look with enduring substance for long term use.
Also available in various gemstones and metal types, shown below.
We guarantee our Lab-Grown Bezel-Set Alexandrite Solitaire Ring in 14K Gold to be high quality, authentic jewelry, as described above.
