Every shade is synthesized with atomic precision and master faceted in Surat, India. Select any color to explore carat sizes, color grades, and pricing.
From subtle blush pastel to intense bubblegum pink and fancy vivid magenta. The quintessential romantic gemstone for engagement rings.
Synthesized with trace boron atoms into deep ocean blues, ice blues, and vivid royal sapphire hues reminiscent of the Hope Diamond.
Warm golden brilliance and radiant sunshine tones synthesized via controlled nitrogen atomic distribution during crystal growth.
The purest, most saturated electric canary yellow diamonds offering magnificent brilliance, paired with platinum or 18K yellow gold.
Certified fancy yellow diamonds with exceptional clarity (VVS-VS) and fire, cut to maximize yellow color saturation from every facet angle.
Vibrant mint, olive, and deep forest green diamonds achieved through natural crystal lattice irradiation and high-temperature annealing.
Mysterious, metallic luster with uniform graphite carbon inclusion clustering. A dramatic, bold centerpiece for modern gothic bridal rings.
The rarest color in the diamond universe. Featuring intense ruby-red crystallization created via proprietary nitrogen-vacancy center synthesis.
Enchanting lavender, lilac, and deep regal violet diamonds. Crystal lattice plastic deformation creates extraordinary secondary color overtones.
Sophisticated warm honey, bronze, and rich cognac tones. Pairs exquisitely with rose gold and vintage Art Deco engagement ring mountings.
100% pure colorless Type IIa diamonds (D, E, F color grades). Zero nitrogen, unmatched optical transparency, and maximum fiery scintillation.
Just like natural diamonds deep beneath the earth, lab diamonds acquire their vivid colors through precise atomic trace elements and structural lattice variations.
Introducing exact microscopic parts-per-million of Boron produces electric blue diamonds, while Nitrogen creates vivid canary and sunshine yellow diamonds.
Pink, red, and purple diamonds obtain their colors through microscopic plastic deformation of the carbon crystal lattice, followed by precise optical annealing.
Unlike coated stones or simulants, our colored diamonds have permanent, atomic-level coloration that never fades, clouding, or alters over a lifetime of wear.