Diamond Guide

Congratulations on your journey finding the perfect diamond for you or yours! At SAMA, we understand that selecting the right diamond is a significant decision. To empower you in making an informed choice, we have created this comprehensive diamond guide.

Diamond Types

anatomy

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Diamonds are often admired for their dazzling brilliance and captivating sparkle, but the magic behind their glow lies in their anatomy. A diamond’s anatomy determines its perceived size, appearance, and shine. Each facet, angle, and surface works in harmony to produce the mesmerizing light reflection that makes diamonds so irresistible. Now, let's dive into the detailed parts of a diamond’s anatomy to help you find quality stones beyond the 4C’s

What is Diamond Anatomy?

The anatomy of a diamond refers to the various parts and features that make up the diamond, each contributing to its overall appearance, brilliance, and value. Understanding diamond anatomy helps you appreciate the intricacies of a diamond and how its various parts work together to create that captivating sparkle. Whether you’re selecting a diamond for an engagement ring or a piece of fine jewelry, knowing these details will guide your choice.

Remember from the 4C’s section that the cut of the diamond has the greatest impact on its sparkle, as it controls how light interacts with the stone. A well-proportioned diamond maximizes brilliance, so pay close attention to the crown and pavilion when choosing your diamond. Symmetry and polish are also essential in ensuring the diamond reflects light perfectly from every angle.

Diamond Anatomy

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Anatomical Part	Description
Table	The flat, top surface of the diamond. It’s the largest facet and plays a key role in reflecting light and determining brilliance.
Crown	The upper portion of the diamond, located above the girdle. Crown Height: Measured from the girdle to the table Crown Angle: Formed where the girdle and bezel facets join. This angle determines how well a diamond reflects light, which directly impacts its brilliance and sparkle. A narrow pr wide crown angle can lead to light leakage.
Girdle	The widest part of the diamond, acting as the "equator" of the stone. It separates the crown from the pavilion and is often where the diamond is set in a jewelry piece. A thin to slightly thick is preferred for balance. A thick girdle can add unnecessary weight to the diamond while a girdle that is too thin is vulnerable to chipping.
Pavilion	The lower part of the diamond, beneath the girdle. It extends down to the culet. The pavilion's cut determines how light enters and exits the diamond, affecting its brilliance. Pavillion Depth: A shallow or deep pavilion can cause light to escape through the bottom or sides of the diamond. An ideal depth will maximize the diamond’s ability to reflect light, creating a sparkling, lively diamond.
Culet	The small facet at the bottom of the pavilion. A flat culet can lead to a less polished appearance and decreased brilliance. A large culet can allow light to escape through the bottom of the stone .A well-cut culet prevents chipping and enhances light performance.
	allow light to escape through the bottom of the stone .A well-cut culet prevents chipping and enhances light performance.
Facet	The flat, polished surfaces on a diamond that reflect light. The brilliant cut features 58 facets, creating maximum sparkle.
Star Facets	The small triangular facets located just below the table. They help reflect light toward the diamond’s crown and contribute to its brilliance.
Main Facets	The large, flat facets that are found on the crown and pavilion. These are the most visible facets and determine the diamond's shine.
Total Depth	The measurement from the table's surface to the culet.
Lower Half Facets	Located on the pavilion, these facets control the light that bounces off the bottom and reflects back up, contributing to the diamond’s overall fire.

Pro Tip: Cut is the most important factor in a diamond's sparkle. Our diamonds reflect and refract light in all the right ways, creating stunning fire, brilliance, and scintillation. The result? A diamond that shines with maximum sparkle.

Now that you know how every part of your diamond works together to shine, it's time to choose the right cut for your engagement ring!

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