7.14 Ct.Tw.Total Carat Weight Lapis Pair from Afghanistan

This matched pair of lapis presents as high quality material, each stone exhibiting classic opaque character and intense blue saturation. The individual weights are 3.54 carats and 3.60 carats, with precise dimensions 12.18 by 10.22 by 2.61 millimeters and 12.17 by 10.21 by 2.71 millimeters respectively. The silhouettes are cushion shaped, with gently rounded corners and a soft rectangular outline that reads as symmetrical to the eye. Both stones are executed in a tablet cut, which in this context denotes a low profile, largely planar top surface with subtly rounded bevels and refined girdle proportions, designed to present maximal uniform color at minimal thickness while maintaining mass and wearability. The polish on both surfaces is excellent, rendering a smooth, highly reflective finish that enhances perceived color depth and the appearance of any natural inclusions. There is no enhancement to the material, the color and surface condition are entirely natural, and the provenance is Afghanistan, a region known for producing dense ultramarine lapis material.

From a lapidary and gemological perspective the tablet cut and the cushion outline work in concert to emphasize the lapis color grade while minimizing the visual impact of any internal calcite veining. The tablet cut reduces light scattering within the stone because of its low profile and consistent thickness, so the intense color intensity reads uniformly under varied lighting conditions. The cushion form with soft radii gives a larger apparent face up area per carat than a deep cabochon, which benefits jewelry designers seeking bold color without excessive setting depth. Thicknesses of 2.61 millimeters and 2.71 millimeters translate into a face height to length ratio that is ideal for bezel and flush mounting techniques, enabling secure settings without defeating the stone with overly tall crowns. The excellent polish indicates successive grinding and finishing stages were employed with fine diamond abrasives and a final lapidary compound to eliminate micro abrasions, yielding a dense luster that both protects the surface and maximizes color saturation. The visual texture includes natural pyrite speckling in modest distribution, which is an expected mineralogical characteristic that adds metallic contrast and authenticity to the rich blue matrix.

Craftsmanship considerations for jewelers and collectors focus on the matching criteria and setting compatibility. The weight variance is minimal at 0.06 carats, and the dimensional deviation across length and width is within 0.01 millimeters, which is indicative of precision cutting and careful pairing. Such tolerances facilitate bilateral applications like matched earrings, cufflinks, or companion stones in symmetrical designs where optical parity is required. Given the opaque nature, backlighting and light return are not design priorities, therefore secure bezel mounting or low profile prong settings that protect the edges are recommended. The relatively low crown height makes these tablets suitable for inlay work as well, particularly in pieces where a flush surface is desirable. Care instructions should emphasize avoidance of harsh chemicals and ultrasonic cleaning, due to potential sensitivity of the stone matrix and any natural fissures to aggressive agents. Gentle cleaning with mild soap and a soft cloth will maintain the excellent polish and preserve the natural surface patina.

At The Natural Gemstone Company we quality control each pair for color consistency, matching tolerance, and surface integrity before final release, and we document origin and enhancement status to support connoisseur confidence. These cloth cut tablet cushions offer durable wearability and versatile design integration for clients who prioritize natural, untreated material with intense color. If you require additional technical photographs, magnified views of the natural pyrite distribution, or CAD friendly dimensions for bezel planning, we can provide detailed imagery and measurements to assist in precise fabrication.