Druzy quartz drop earrings

These earrings feature oval-shaped settings housing natural druzy quartz gemstones with a textured, crystalline, and sparkling surface in shades of grey and silver. The stones are secured in bezel settings, suspended from curved metal hook wires designed for pierced ears via small jump rings. The metal appears to have a polished silver-tone finish, though the specific metal content and purity remain unverified as no hallmarks are clearly visible in the photograph. The physical condition appears generally good with intact settings, though minor surface wear and natural variations characteristic of raw mineral jewelry are present. The style is consistent with contemporary artisan or commercially produced gemstone jewelry popular in recent decades. The identification is based purely on the visual characteristics of the druzy quartz stones and the standard drop-earwire construction, with no maker's marks or brand indicators discernible from the image.

Based on what I can see in the photograph, these drop earrings feature oval-shaped settings housing natural druzy quartz gemstones with textured, sparkling surfaces in shades of grey and silver. The stones are secured in bezel settings and suspended from curved metal hook wires with a polished silver-tone finish. However, I cannot verify the specific metal content, purity, or stone treatment from a photo alone, as no hallmarks or maker's marks are clearly visible. A physical inspection would need to be conducted to test the metal and examine the construction more closely. Assuming the attribution to contemporary artisan or commercial druzy quartz jewelry is correct, pieces of this type typically trade in the retail market within a range of $60 to $90, driven by the current popularity of raw mineral and geode accessories. If the earrings turn out to be unbranded mass-market reproductions or lesser-quality replicas utilizing base metal rather than sterling silver, the value would likely drop to the $20-$40 range. To establish a more precise valuation and confirm material composition, further steps would be needed, including an in-person physical examination, hallmark verification, and metal testing by a qualified specialist.