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Question: what are the most amount of facets for a gemstone? what are the well-established and known facets for gemstones? and please provide any related information surrounding this subject. thank you

The art of gem cutting (lapidary) spans everything from mathematically optimized commercial shapes to record-breaking precision art pieces.

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What is the Most Amount of Facets for a Gemstone?

In standard retail jewelry, the maximum number of facets typically tops out between 70 and 150 facets(found in modified brilliant or radiant cuts). However, in the world of competitive and artistic gem cutting, lapidaries push the numbers into the thousands. [1, 2]

According to the Guinness World Records, the absolute highest number of facets ever placed on a single gemstone belongs to a scapolite boasting 3,600 facets. [1]

• The Record Holder: Cut by master gem artist Victor Tuzlukov. The yellow scapolite weighed 23.36 carats and required nearly a month of microscopic, hyper-precise grinding and polishing. [1]
• Other Multi-Facet Records: Tuzlukov also holds records for a quartz stone with 978 facets and the world's largest faceted kunzite ("Fragility of the Eternal") featuring 914 facets. [1, 2]
• For Diamonds: The record for the most facets on a diamond stands at 265 facets, achieved by HOI Diamonds B.V. on a 0.58-carat stone. [1]

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Well-Established and Known Gemstone Facet Counts

Standard gemstone cuts are engineered so that the facets act as mirrors, catching and bouncing light back to the eye. The most famous and well-established faceting layouts include: [1]

Cut / Shape	Average Facet Count	Key Characteristics & Purpose
Round Brilliant	57 or 58	The gold standard for sparkle. Includes a large flat top (table), 32 crown facets, 24 pavilion facets, and an optional bottom point (culet).
Princess Cut	50 to 58	A modern, sharp square cut with pyramid-like faceting underneath to maximize sparkle in a geometric shape.
Cushion Cut	58 to 64	A "pillow" shape (square/rectangular with rounded corners) that blends the fire of a brilliant cut with large, vintage-feeling facets.
Radiant Cut	70	Features the rectangular silhouette of an emerald cut but is packed with 70 brilliant-style facets to maximize light return.
Oval & Pear Cuts	58	Elongated variations of the round brilliant, offering similar sparkle but making the gemstone look larger.
Emerald Cut	50 to 58	A "step cut" with long, rectangular, parallel facets. It values clarity and depth over pure blinding sparkle.
Trillion / Trilliant	31 to 50	A triangular cut with sharp or curved edges. Its specific optics break up light into spectacular shards of twinkle.
Rose Cut	3 to 24	An antique style featuring a flat bottom and a dome of triangular facets on top. It offers a soft, glassy glow rather than intense sparkle.

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The Science & Logistics of Faceting: Related Information

1. Why More Facets Doesn’t Always Mean More Sparkle

It is a common misconception that adding more facets automatically makes a gem prettier. Gemstones have a specific Critical Angle determined by their refractive index (how much they bend light).

• If a gem has too few facets, light falls straight through the bottom, causing a dull, see-through "window".
• If a gem has too many facets (relative to its size), the facets become too tiny to split light effectively. Instead of clean, bright flashes, the light blurs together, a phenomenon known as "scintillation blur" or "mealy" appearance. [1]

2. The Weight vs. Brilliance Sacrifice

Rough crystals rarely grow in perfect geometric shapes. When a lapidary facets a gemstone, they must choose between maximizing the carat weight or maximizing the optical beauty.
Cutting a round brilliant stone often wastes 50% or more of the original rough crystal. This is why highly faceted shapes cost significantly more per carat than shallow or minimally faceted shapes. [1, 2, 3, 4]

3. Material Thresholds (Hardness Matters)

You cannot easily put 100+ facets on just any gemstone. Soft minerals like fluorite or apatite chip and crumble easily during the polishing stage. High facet counts are generally reserved for hard, highly refractive gemstones like Diamonds, Sapphires/Rubies (Corundum), Moissanite, Topaz, and Quartz. [1, 2, 3, 4]

To explore further, let me know if you want to look into how a lapidary cuts a stone step-by-step, see how different cuts affect gemstone pricing, or find out which cuts are best for a specific type of gem.