AI identification & appraisal estimate

Rough Lapis Lazuli Specimen

Submitted photo of Rough Lapis Lazuli Specimen
Photo submitted by the user — not generated by AI

User's notes

Gem

These notes were written by the person who submitted this item. Appraiser.AI has not verified them, and the AI's identification and estimate may rely on them.

AI Estimated Value

Not an official valuation

$5-15

AI estimate as of October 5, 2025 · verify with a professional before acting

AI-Generated · Verify before acting

Everything on this page is generated by AI for informational purposes only. AI can make mistakes — the AI may misidentify items or misattribute them (artist, maker, brand, designer, origin, era). This is not an official valuation and should not be used for insurance, sale, tax, estate, legal, or lending purposes — or any decision requiring a certified appraisal. It is not an authoritative claim about any person, brand, or rights holder — do not share or rely on it as a factual statement about a third party. Always consult qualified professionals before making financial decisions.

This analysis also relies on unverified notes provided by the user, which may be incomplete or inaccurate and could affect the result.

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AI Item Analysis

This item is a small, irregularly shaped rough specimen of what appears to be Lapis Lazuli, characterized by its striking deep blue color. The specimen exhibits a crystalline or granular texture, typical of metamorphosed rocks. Its surface is rough and unpolished, showing natural fractures and indentations. The color distribution is somewhat uneven, with darker, more intense blue areas interspersed with lighter shades and possibly some grayish inclusions, which could be calcite or other host rock minerals often found with lapis lazuli. The size of the specimen is relatively small, judging by its appearance on grid paper, likely measuring only a few millimeters or a centimeter at its widest point. There are no visible markings, signatures, or manufacturing details, as it is a natural, unprocessed mineral sample. Its condition appears natural for a rough stone, with no apparent wear or damage beyond inherent geological formation characteristics. The presence of a small, lighter-colored particle nearby on the grid paper is likely incidental debris and not part of the specimen itself. The quality indicators point to a natural, unfaceted mineral, potentially suitable for lapidary work, educational display, or as a small collector's piece. The deep blue hue is a desirable characteristic for lapis lazuli. The estimated age is geological.

AI Appraisal Report

I have examined the provided image of what appears to be a small, rough specimen of Lapis Lazuli. Its deep blue color and granular texture are consistent with natural Lapis Lazuli. The rough, unpolished state with natural fractures suggests it is an unprocessed mineral sample. The condition seems excellent for a natural rough stone, exhibiting no wear or damage beyond its inherent geological formation. Its small size, likely a few millimeters to a centimeter, places it in the category of a small collector's piece or educational specimen rather than a commercially significant gem rough. The presence of lighter inclusions is typical and does not detract significantly from its value for this type of specimen. From a market perspective, comparable small, rough Lapis Lazuli specimens of this size and quality typically range from $5 to $15. Demand for such small, rough specimens is moderate, often driven by amateur collectors, students, or individuals interested in introductory lapidary work. It is not particularly rare, as Lapis Lazuli is a widely available mineral. The primary factor impacting its value is its small size and rough, unworked state. While the deep blue hue is desirable, the lack of cutting or polishing limits its immediate commercial appeal. It is important to note the limitations of image-based appraisal. While visually consistent with Lapis Lazuli, definitive authentication, especially regarding the precise mineral composition and ruling out simulants, would require an in-person examination. This would involve tools like a refractometer, spectroscope, and possibly a microscope to analyze inclusions. Furthermore, a scientific test like X-ray diffraction (XRD) could confirm its mineralogy. Provenance documentation, though less critical for a specimen of this value, could add certainty regarding its origin.

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