Jewelers and precious stone and metal workers

Compute costs of material and labor for new pieces and repairs

AI can accurately compute material costs from current market prices, estimate labor hours from historical data, and generate detailed cost breakdowns with minimal human input, requiring only brief review of the final figures for reasonableness.

BLS evidence: The duties section explicitly states workers 'Compute the costs of material and labor for new pieces and repairs.'

Examine, identify, and grade diamonds and other gems

AI-powered gemological systems can already analyze clarity, color, cut, and carat with high accuracy using computer vision and spectroscopy, matching or exceeding human graders for standardized assessment, though human expertise remains valued for rare or disputed cases.

BLS evidence: The duties section lists 'Examine, identify, and grade diamonds and other gems,' and gemologists specifically 'analyze, identify, describe, and certify the quality and characteristics of gemstones.'

Appraise jewelry to determine its value and write appraisal documents

AI can analyze comparable sales data, assess material values, and draft appraisal documents effectively, but final valuations for unique or antique pieces often require expert judgment on provenance, craftsmanship, and market positioning that AI handles less reliably.

BLS evidence: Jewelry appraisers 'examine and analyze jewelry to determine its value' and 'write appraisal documents detailing their findings.'

Model new pieces with carved wax or computer-aided design and cast them in metal

AI excels at CAD modeling and can generate design variations, but the physical casting process involves handling molten metal, managing mold quality, and finishing cast pieces—tasks requiring manual skill and environmental adaptability that limit full automation.

BLS evidence: The duties section specifies workers 'Model new pieces with carved wax or computer-aided design, and then cast them in metal.'

Sell jewelry products in retail stores, online, or at craft shows

AI can handle online sales automation, inventory management, and basic customer queries, but in-person retail sales of high-value jewelry relies heavily on building trust, reading customer preferences through conversation, and providing personalized consultation that AI assists with but cannot fully replace.

BLS evidence: The occupation description states workers 'sell jewelry and related products,' and workers 'may sell their products at trade and craft shows' or 'in retail stores or online.'

Use lasers to cut and improve stones, engrave messages, or weld metals

Laser systems can be programmed for cutting and engraving, but setup requires skilled judgment about stone orientation, depth control, and material response; welding precious metals demands real-time monitoring and adjustment based on tactile and visual feedback beyond current autonomous capabilities.

BLS evidence: Workers 'use lasers to cut and improve the quality of stones, to engrave or inscribe personal messages on jewelry, or to weld metals together without seams.'

Clean and polish jewelry

While automated tumblers exist for batch polishing, hand-cleaning and polishing intricate jewelry requires adaptive pressure, angle adjustments for varied geometries, and careful handling of delicate settings that current robotics cannot safely perform across diverse piece types.

BLS evidence: The duties section lists 'Clean and polish jewelry' and bench jewelers perform 'simple jewelry cleaning,' while workers 'Smooth joints and rough spots and polish smoothed areas.'

Design and create jewelry from precious metals and stones

While AI can generate jewelry designs via CAD, the physical creation requires precise manual manipulation of precious materials, fine motor control for setting stones, and real-time tactile feedback that current robotics cannot reliably replicate at jewelry-scale tolerances.

BLS evidence: The duties section lists 'Design and create jewelry from precious metals and stones' as a primary task, and bench jewelers create original pieces.

Shape metal and solder pieces together to set stones

Metal shaping and soldering require precise hand-eye coordination, real-time heat management, tactile sensing of material properties, and adaptive manipulation in three dimensions that current robotics cannot perform reliably at the micro-scale required for jewelry.

BLS evidence: The duties section states workers 'Shape metal to hold the gems in pieces of jewelry' and 'Solder pieces together and set stones.'

Repair jewelry by replacing broken clasps, fixing settings, or remounting stones

Repair work demands diagnosing unique damage patterns, manipulating delicate antique or custom pieces with varied geometries, and applying micro-scale soldering and stone-setting techniques in non-standardized conditions that exceed current robotic dexterity and adaptability.

BLS evidence: The duties section explicitly states workers 'Repair jewelry, such as by replacing broken clasps, fixing settings, or remounting stones.'