Round Brilliant engagement rings
Round Brilliant engagement rings

Round Brilliant engagement rings

Every Round Brilliant engagement ring showcases the dynamic interplay of triangular and kite-shaped facets, accentuating the irresistible allure of the most beloved diamond shape of all time.

Every Round Brilliant engagement ring showcases the dynamic interplay of triangular and kite-shaped facets, accentuating the irresistible allure of the most beloved diamond shape of all time.

The Signature Round Brilliant

The Toi et Moi Round Brilliant

The Graduated Round Brilliant

The Floating Split Band Round Brillliant

The Halo Dome Round Brilliant

The Five Stone Heirloom Round Brilliant

The Devotion Round Brilliant

Three stone round brilliant ring

The Three Stone Round Brilliant

Signature Solitaire Round engagement ring

The Signature 6 Prong Round Brilliant

The Classic Two Tone Round Brilliant

The Knife-Edge Round Brilliant

The Classic Round Brilliant

The Single Shared Prong Round Brilliant

The Double Band Round Brilliant

The Classic Hidden Halo Round brilliant

The Twisted Classic Round Brilliant

The Halo Oval

The Three Stone Halo Round Brilliant

The Pavé Dome Round Brilliant

The Floating Solitaire Round Brilliant

Cathedral round engagement ring

The Cathedral Round Brilliant

The Signature V Round Brilliant

The Petite 4-Prong Round Brilliant

The Hover Round Brilliant

Bezel Round Brilliant Art Deco ring

The Signature Bezel Round Brilliant

The Tapered Classic Round Brilliant

The Baguette Bar Round Brilliant

The Duet Round Brilliant

The Curator Round Brilliant

four engagement rings with round brilliant diamonds with different settings next an image of flowers
four engagement rings with round brilliant diamonds with different settings next an image of flowers

In 1919, Belgian mathematician Marcel Tolkowsky meticulously calculated the ideal proportions and angles to maximize a diamond's ability to capture and reflect light.

In 1919, Belgian mathematician Marcel Tolkowsky meticulously calculated the ideal proportions and angles to maximize a diamond's ability to capture and reflect light.