2.01 Ct. Violet Spinel from Ceylon (Sri Lanka)

This single, transparent violet spinel weighs 2.01 carats and presents an emerald cut shape with exact dimensions of 7.45 by 6.03 by 4.43 millimeters. The measured depth relative to the average girdle dimension yields a depth of approximately 65.7 percent, a proportion range that contributes to controlled light return and an elegant optical balance. Clarity is graded as very very slightly included when evaluated at eye level, denoting exceptional transparency for a natural spinel and indicating that any inclusions are minimal and do not detract from face up appearance. The color intensity is classified as intense, with a stable, saturated violet that displays excellent uniformity across the table and pavilion. The finish quality is outstanding, with an excellent polish and sharply executed facet junctions, and the stone is confirmed to be untreated with no enhancement, originating from the well regarded deposits of Ceylon, Sri Lanka, which is noted for producing fine spinel material.

The cutting style is a classical emerald cut executed to emphasize color and controlled brilliance rather than scintillation alone, employing parallel step facets on both crown and pavilion to produce the signature hall of mirrors effect. The broad rectangular table offers a large window to evaluate color and internal clarity, while the concentric parallel steps create deep planes that reflect light in broad flashes, maximizing contrast and depth of color. Emerald cut proportions in this piece were chosen to balance width and length, producing a stable visual rectangle with truncated corners that reduce chipping risk when set in prongs or bezel. From an optical perspective, spinel is an isotropic mineral with a refractive index in the range commonly cited for gem spinel, which combined with precise step cutting yields even light transmission and a saturated appearance that is not subject to pleochroic variation, thus ensuring that the intense violet hue remains consistent as the gem is viewed from different angles.

Color character in this spinel is a true technical asset, registering as a vivid violet with neutral to slightly cool tone that enhances perceived saturation without becoming overly dark. The absence of enhancement means the hue and saturation are intrinsic to the material, a desirable attribute for collectors and connoisseurs who prioritize natural color provenance. At the measured dimensions the table opens sufficiently to allow light to flood the gem and interact with the step facets, producing broad, even flashes rather than fragmented scintillation typical of brilliant cuts, and this optical behavior accentuates the depth of the violet color while preserving a crystalline transparency. Clarity features present in the stone are minor and subservient to the overall presentation, and the excellent polish allows facet planes to function as clean mirrors, providing crisp facet reflections and minimal light leakage.

For placement and design, this spinel is ideally suited to becoming the unambiguous centerpiece of a fine jewelry commission, where the interplay of step cut geometry and saturated violet color can be showcased in a solitaire ring setting, a pendant with a low profile bezel, or a bespoke collector cabochon style mount that protects the corners while allowing a generous table view. Crafting considerations include selecting a setting that supports the girdle and corners to preserve the stone during wear, and metal choices that either warm or cool the perceived hue can be used strategically to modulate appearance, with platinum or white gold preserving the neutral coolness and yellow gold providing a subtle warming contrast. The Natural Gemstone Company stands behind the geological origin and untreated status of this spinel, offering full disclosure of measurements, weight, clarity and polish, and presenting this example as a rare, high quality specimen for the technical buyer who values exacting proportions, natural color integrity, and superior craftsmanship in gem cutting.