1.39 Ct. Violet Star Sapphire from Ceylon (Sri Lanka)

A rare opportunity awaits the discerning collector with this translucent violet star sapphire from Ceylon, presented exclusively by The Natural Sapphire Company. Weighing 1.39 carats, and precisely shaped into an elegant oval form with dimensions of 5.93 by 5.06 by 4.24 mm, this gem is a study in refined scarcity. The cabochon cut has been executed with uncommon discipline, yielding a smooth, domed silhouette that showcases a soft, light violet hue with light color intensity. Graded as slightly included when viewed at eye level, the stone retains a natural character that confirms its authenticity, while an excellent polish ensures the surface remains pristine and inviting. There has been no enhancement, the origin is Ceylon Sri Lanka, and availability is limited, making this piece a true privilege for a collector who values provenance and natural beauty.

Beyond raw provenance and fine proportions, the gem demonstrates a sophisticated geometric language that maximizes its optical impact. The cutter has applied an exacting oval geometry and an internally coherent alignment of the dome to act like a series of subtle geometries, producing an effect akin to faceting that enhances the display of light. This careful shaping concentrates and routes light through the stone, intensifying the asterism so that the six rayed star appears lucid and responsive as the gem moves. The interplay of translucent body color, slightly included structure, and superior polish allows beams of light to scatter and recombine, creating a dynamic, luminous presence that reads as both refined and dramatic. For the client seeking an object that feels curated, and not mass produced, this Ceylon violet star sapphire represents an exclusive offering from The Natural Sapphire Company, a piece meant for those who appreciate the rare alignment of natural origin, meticulous cutting, and limited availability. Owning this stone places one among a select group who can claim a jewel of quiet rarity and exceptional optical geometry.