Double Terminated Clear Quartz Crystal Point

This item is a small, double-terminated polished point of clear to milky quartz. Measuring approximately 1 to 1.5 inches in length, the crystal features a hexagonal cross-section terminating in pointed prisms at both ends. It exhibits a semi-translucent quality with significant internal cloudiness, veining, and 'veils' or 'phantoms' that scatter light, characteristic of natural stone rather than glass. The color is a frosty white to clear. There are no visible maker's marks, as it is a lapidary-processed natural mineral. The craftsmanship displays smooth, machine-polished facets, though minor edge wear or tiny nicks are typical for such items. Its condition appears fair to good with no major fractures. This style of crystal is modern in age, commonly used in contemporary lapidary work, jewelry making, or holistic practices. The symmetry of the double termination is a notable feature, indicating it was specifically cut to emphasize the flow of energy from both ends.

I have examined the images of the double-terminated quartz point, measuring approximately 1 to 1.5 inches in length. Based on the visual evidence, this appears to be a genuine, natural quartz specimen that has been cut and polished into a specific geometric shape rather than forming naturally in this configuration. The semi-translucent, milky appearance with visible internal 'veils' and inclusions is consistent with authentic low-to-medium grade quartz, distinguishing it from high-lead glass or synthetic hydro-quartz, which would likely appear clearer and more uniform. The condition appears fair to good; the polish is smooth, though the internal structure shows significant cloudiness, which lowers its gemological value compared to water-clear optical quartz. Such items are abundant in the current market, widely produced in large quantities in lapidary centers like Brazil, China, and Madagascar. As a result, rarity is negligible. The value here is driven primarily by its utility in holistic practices or jewelry making rather than mineral collecting. It is important to note that without physical handling, I cannot confirm the specific hardness (Mohs scale) or refractive index to definitively rule out glass simulants, though the inclusion patterns strongly suggest natural stone. Additionally, checking for subtle surface abrasions or treated fractures requires magnification not possible here. Given the mass-produced nature of these polished points, the monetary value is purely decorative or functional.