How much does it cost to get a custom piece of jewelry made?

Pricing varies based on materials and complexity, but we’ll give you a clear quote upfront. Simple designs can start at a few hundred dollars.

Is custom jewelry cheaper?

Not usually. But the value is in wearing something that lasts and actually means something. Over time, the cost per wear often makes custom pieces more worthwhile than mass-produced ones.

How long does custom jewelry take to make?

On average, 4 to 8 weeks. Some pieces take more time, especially if they’re complex or require rare materials. We’ll let you know early on what to expect.

How do you know if a jeweler is good?

Trust your instincts, but also check credentials, client reviews, and how well they explain things. A good jeweler won’t rush you; they’ll guide you.

May 05, 2026

Common Myths and Misconceptions About Lab Grown Diamonds

Round diamond solitaire ring in yellow gold band close up

You may be considering a diamond purchase and have encountered the term "Lab Grown Diamonds." These modern marvels offer a compelling alternative to traditionally mined stones, yet they are frequently surrounded by various diamond myths and misconceptions about diamonds. As you seek an informed decision, it is essential to separate fact from fiction. This article aims to provide clarity regarding these scientifically created gemstones, addressing the prevalent misunderstandings and offering a comprehensive overview of what makes them a distinct and valuable option.

Key Takeaways

Authenticity: Lab grown diamonds are chemically, physically, and optically identical to mined diamonds. They are not imitations.
Value Retention: While their initial price point may differ, lab grown diamonds hold intrinsic value as genuine diamonds.
Durability: Possessing the same Mohs hardness of 10, lab grown diamonds are as durable and suitable for daily wear as their natural counterparts.
Ethical Sourcing: The controlled environment of their creation offers a transparent and often more environmentally conscious origin.
Certification: Reputable lab grown diamonds are accompanied by grading reports from independent gemological laboratories, ensuring their quality.

Assorted loose diamonds in various cuts on dark surface

The Genesis of Lab Grown Diamonds: Science vs. Perception

The very name "lab grown" sometimes triggers immediate assumptions. It is critical to understand the scientific process behind these gemstones to appreciate their true nature and address common misconceptions.

Are Lab Grown Diamonds "Fake" or Imitations?

A primary concern for many consumers is whether lab grown diamonds are genuine. It is a frequent misconception that these diamonds are merely simulants or imitations, like cubic zirconia or moissanite. This is fundamentally incorrect.

Chemical Composition: Lab grown diamonds are composed of pure carbon, just like natural diamonds.
Crystal Structure: They possess the same crystalline lattice structure as natural diamonds.
Optical Properties: Their brilliance, fire, and scintillation are identical to those of natural diamonds because their refractive index and dispersion are the same.
Physical Properties: They exhibit the same hardness (10 on the Mohs scale), density, and thermal conductivity.

The only distinction lies in their origin: one is formed deep within the Earth over billions of years, while the other is created in a controlled laboratory environment over a matter of weeks. The resulting product is chemically and physically indistinguishable to the naked eye and requires specialized equipment for differentiation.

Do Lab Grown Diamonds Lack Value?

The perception that lab grown diamonds lack inherent value is another widespread misunderstanding. This belief often stems from their typically lower price point compared to natural diamonds of comparable size and quality. However, several factors contribute to their value:

Genuine Diamond Status: As actual diamonds, they possess intrinsic value based on their chemical and physical properties.
Market Demand: There is a growing market demand for lab grown diamonds, driven by consumer preference for ethical sourcing and sometimes a more accessible price.
Rarity: While their creation is controlled, the production of high-quality, large lab grown diamonds still requires significant technological investment and expertise, making them not infinitely abundant.
Resale Market: A developing resale market exists for lab grown diamonds, indicating their recognized value.

Their value proposition is different, offering an option that aligns with specific consumer priorities, such as budget or ethical considerations, without compromising on the qualities of a genuine diamond. For those in West St. Paul, MN., Van Drake Jewelers offers guidance on understanding this value.

Brilliant cut diamond close up with sparkle reflection

Durability and Quality: Examining Synthetic Diamond Facts

Concerns about the physical integrity and aesthetic quality of lab grown diamonds are common. Understanding the scientific facts about synthetic diamond facts is crucial for addressing these apprehensions.

The Myth of Inferior Hardness and Longevity

Some believe that because lab grown diamonds are created in a laboratory, they must be softer or less durable than natural diamonds. This is incorrect.

Identical Hardness: Both lab grown and natural diamonds rank 10 on the Mohs scale of mineral hardness, making them the hardest known natural and synthetic substances.
Resistance to Scratching: This extreme hardness means they are highly resistant to scratching, making them suitable for everyday wear in jewelry.
Longevity: A lab grown diamond will last just as long as a natural diamond, retaining its beauty and integrity for generations.

You can expect a lab grown diamond to withstand the rigors of daily life without concerns about diminished durability.

Are Lab Grown Diamonds Less Brilliant?

The visual appeal of a diamond is paramount. The idea that lab grown diamonds lack the sparkle or brilliance of natural diamonds is another misconception.

Identical Optical Properties: As previously stated, the refractive index and dispersion - the properties responsible for a diamond's brilliance, fire, and scintillation - are identical in both lab grown and natural diamonds.
Cut Quality: The brilliance of any diamond, whether lab grown or natural, is primarily determined by its cut. A well-cut lab grown diamond will exhibit exceptional sparkle.
Clarity and Color: Like natural diamonds, lab grown diamonds are graded on the 4 Cs - Carat, Cut, Color, and Clarity. High-quality lab grown diamonds can achieve flawless clarity and colorless grades.

Therefore, you can select a lab grown diamond with confidence that its visual performance will be indistinguishable from a natural diamond of similar quality.

Ethical and Environmental Considerations: Beyond the Myths

Beyond their physical properties, the ethical and environmental aspects of lab grown diamonds are a significant point of discussion and often a source of misinformation.

Sustainable Practices in Lab Grown Diamond Production

The environmental impact of diamond mining is a topic of ongoing debate. Lab grown diamonds offer a different narrative regarding sustainability.

Reduced Land Disturbance: Laboratory production eliminates the need for extensive mining operations, which can involve significant land disruption and habitat alteration.
Lower Carbon Footprint: While energy-intensive, many lab grown diamond producers are actively working to reduce their carbon footprint by using renewable energy sources.
Water Conservation: The amount of water required for laboratory growth is significantly less than that used in traditional mining.

These factors contribute to a more controlled and often more environmentally conscious production process, which can be an important consideration for many consumers.

The Ethical Sourcing Advantage

The ethical sourcing of diamonds has been a concern for decades. Lab grown diamonds provide a clear and transparent alternative.

Traceable Origin: The origin of a lab grown diamond is inherently traceable, as it is created in a specific laboratory. This eliminates concerns about conflict diamonds or unethical labor practices.
Controlled Environment: The creation process occurs in regulated facilities, ensuring fair labor standards and safe working conditions.

For those prioritizing ethical consumption, lab grown diamonds offer a compelling advantage, providing peace of mind about the stone's journey from creation to your jewelry box. You can learn more about this by visiting Van Drake Jewelers.

The Purchase Experience: What to Expect

When considering a purchase, understanding the process and assurances available for lab grown diamonds is important.

Certification and Assurance for Your Lab Grown Diamond

Just like natural diamonds, reputable lab grown diamonds come with official documentation to verify their quality and characteristics.

Independent Grading Reports: Lab grown diamonds are typically graded by independent gemological laboratories, such as the International Gemological Institute (IGI) or Gem Certification & Assurance Lab (GCAL).
4 Cs Assessment: These reports detail the diamond's Carat weight, Cut, Color, and Clarity, providing an objective assessment of its quality.
Laser Inscription: Many lab grown diamonds are laser-inscribed with a unique identification number on their girdle, often including "lab grown" to distinguish them. This inscription is typically microscopic and does not affect the diamond's beauty.

This certification provides you with confidence in the authenticity and quality of your lab grown diamond purchase. When you are ready to explore your options, we invite you to contact us.

Discover the brilliance and value of lab grown diamonds at Van Drake Jewelers. Visit us to explore our collection and receive expert guidance.

Frequently Asked Questions

What are lab grown diamonds?

Lab grown diamonds are genuine diamonds created in a controlled laboratory environment using advanced technological processes that replicate the natural conditions under which diamonds form. They possess the identical chemical, physical, and optical properties of natural diamonds.

How do lab grown diamonds compare to natural diamonds in appearance?

Visually, lab grown diamonds are indistinguishable from natural diamonds to the naked eye. Their brilliance, fire, and scintillation are identical, as their optical properties are the same. Any differences in appearance would be due to variations in cut, clarity, and color, just as with natural diamonds.

Is there a difference in physical properties between lab grown and natural diamonds?

No, there is no difference in physical properties. Both lab grown and natural diamonds are carbon structures, have a hardness of 10 on the Mohs scale, and exhibit the same density and thermal conductivity. They are equally durable and suitable for all types of jewelry.

Do lab grown diamonds come with certifications?

Yes, high-quality lab grown diamonds are typically accompanied by grading reports from independent gemological laboratories. These reports provide a detailed assessment of the diamond's 4 Cs (Carat, Cut, Color, Clarity) and confirm its origin as lab grown.

Can Van Drake Jewelers help me select a lab grown diamond?

Absolutely. At Van Drake Jewelers, our knowledgeable staff can guide you through the selection process for a Lab grown diamond. We provide detailed information and personalized service to help you choose the perfect stone that meets your preferences and budget.