Custom Lab-grown Diamond Jewelry for Your Business

Clingold is the diamond jewelry manufacturer for you. To pair the gold/silver, you can choose from all D-F grade lab-grown diamonds(real diamonds, but more eco-friendly) to make your products. We promise the best cutting to maximize beauty.

Man-Made Diamonds, Quality-Centred Production

It’s a less-known fact in the diamond industry(including both natural & lab diamonds) that the grading process can be a bit subjective.

Besides the 4Cs standard, we painstakingly examine each stone and ask ourselves, “Is this a diamond I’d put on our clients’ jewelry?

CUSTOM DESIGN & ASSISTANCE

When Diamond Jewelry Meet Our Designer

From design to jewelry building, we want to offer the best resource possible. Whether it’s stone cutting styles, diamond size & grade, setting style, the metal base… anything to make a piece of good diamond jewelry. 

You can always get help from our designer and engineer expert team. Even not an expert, you can build successful diamond jewelry line any time.

Matching Karat Gold

True Gold Loves Lab Grown Diamonds

Lab diamonds are REAL DIAMONDS too. They are made by machines mimicing the natural conditions in which natural diamonds are grown. 

The production of lab diamonds does much less harm to the environment compared to traditional digging & sourcing. We believe that diamond jewelry is only ethical and environmentally friendly when combined with eco materials.

DIAMOND SETTING

How Clingold Build Your Diamond Jewelry

There are many ways to put a diamond onto a piece of jewelry, and the best way is the one that keeps the stones firmly in place while maximizing their beauty. By opting for different setting styles, you get full control over more than how the jewelry should look but also the way it’s structured.

Prong Setting

Prong setting is to use small claws or prongs to hold the stones in place, and typically there will be 4 or 6 prongs, securing the stones while allowing maximum light exposure to enhance their brilliance.

Common Styles:
  • Solitaire Stone Ring
  • Halo Setting Ring
  • Side Stone Ring
Setbacks:
  • Higher risk of snagging
  • Less suitable for irregular shape stone
  • Potential for dirt accumulation

Bezel Setting

The bezel setting means to encircle the diamond with a thin metal rim(in this case, gold). The metal part provides protection and minimizes the risk of snagging. This setting is particularly favored for its durability and security.

Common Styles:
  • Pendants, Earrings, Bracelets
  • Solitair Rings

.

Setbacks:
  • Reduce light reflection
  • Less versatility
  • Higher metal cost

Channel Setting

A channel setting secures diamonds within a groove in the band, creating a smooth, polished look. The diamonds are nestled securely with minimal metal showing, maximizing sparkle.

Common Styles:
  • Eternity Band
  • Decorative Side Stones

.

Setbacks:
  • Difficult to clean
  • Limited Stone Selection: only uniform stones

Paved Setting

The paved setting features tiny diamonds closely set together, resembling a cobblestone path. It creates a dazzling, sparkly surface with minimal metal showing.

Common Styles:
  • Tennis Bracelet
  • Paved Bands
Setbacks:
  • Hard to resize
  • Higher risk of loosing stones

Bar Setting

Bar settings use vertical bars of metal to hold diamonds on either side. This lets in lots of light for brilliance but leaves two sides of the diamond exposed.

Common Styles:
  • East-West Ring
  • Tension Set Ring
Setbacks:
  • Increased risk of chipping
  • Hard to resize

Flush/Gypsy/Inset Setting

A flush setting holds a diamond nearly flat with the surrounding metal. It provides a snag-free, low-profile design that showcases the diamond’s brilliance without prongs or a raised bezel.

Common Styles:
  • Minimalist jewelry
  • Stacking rings
  • Wedding bands

.

Setbacks:
  • Limited light performance
  • Limited stone selection
RESPONSIBLE

How Buying Sustainable Lab-grown Diamonds Leaves A Positive Impact

Reduced Environmental Impact

Lab-grown diamonds eliminate the need for mining, which significantly reduces land disruption, deforestation, and soil erosion associated with traditional diamond mining.

Lower Carbon Footprint

The production process for lab-grown diamonds typically emits fewer greenhouse gases compared to the extensive energy and fuel consumption required for mining natural diamonds.

Conservation of Ecosystems

Choosing lab-grown diamonds helps preserve natural habitats and biodiversity that are often disrupted or destroyed by mining activities, protecting ecosystems and wildlife.

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    Let's build a custom plan around your business.

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