The Anatomy of a Ring: Why Lab-Created Diamonds Are Changing Chicago’s Jewelry Scene The rising trend of lab-created diamonds emerges when you search for engagement rings in Chicago whether you … read more

What Is a Lab-Created Diamond Simulant? Potential buyers who wish to purchase engagement rings should understand lab-created diamond simulants during their search for the best jewelry stores Chicago … read more

How Do Lab-Grown Diamonds Age? When selecting the ideal engagement ring, one of the most critical factors to consider is the diamond. With the growing popularity of lab-created diamonds, many people … read more

The Complete Guide to Lab-Grown Diamond Safety for Chicago Jewelry Consumers The search for "jewelry near me" or "engagement ring near me" leads Chicago couples to discover the increasing popularity … read more

The ethical comparison between synthetic and natural diamond production remains a matter of debate. The main focus of discussions about engagement rings, wedding rings and fine custom jewelry typical … read more

Summary  The popularity of lab-grown diamonds continues to rise among couples who want engagement rings from local sources including custom jewelers and Chicago-based jewelry stores. Many people … read more

Lab-grown diamonds are becoming increasingly popular in the jewelry industry. They are virtually identical to natural diamonds, but are created in a laboratory setting rather than forming natural … read more

The Anatomy of a Ring: Do Lab-Grown Diamonds Have Inclusions? When you think of the perfect engagement ring, you likely imagine a sparkling diamond, clear and flawless, resting at the heart of a beau … read more

Do Lab-Grown Diamonds Lose Their Sparkle? When it comes to selecting a diamond—whether for an engagement ring or for other pieces of custom jewelry—shine and longevity are key. A common&n … read more

Lab-grown diamonds are diamonds that are created in a laboratory setting as opposed to being mined from the earth. They are created using advanced technology that replicates the natural … read more