Enclosed Pendant 3D print model

Enclosed Pendant 3D Model Description

Design Overview:The Enclosed Pendant is a contemporary and elegant piece that showcases sophisticated craftsmanship. The design features a unique and intricate lattice pattern, creating a captivating enclosure for the brilliant diamond centerpiece.

Materials:This pendant is meticulously crafted in 18K white gold, providing a refined and durable base for the striking diamond setting.

Diamond Details:

1. Shape: Round Brilliant Cut
2. Carat Weight: [Specify carat weight]
3. Color: [Specify diamond color grade]
4. Clarity: [Specify diamond clarity grade]
5. Cut: Excellent, ensuring maximum brilliance and sparkle.

Setting:The diamond is securely set within the intricately designed enclosure, accentuating its brilliance and radiance.

Pendant Dimensions:

• Diameter: [Specify diameter in millimeters]
• Height: [Specify height in millimeters]

Chain Details:The pendant is elegantly suspended from an 18-inch white gold chain, designed to complement the pendant's contemporary aesthetic.

Finishing Touches:The pendant undergoes meticulous polishing to achieve a flawless, mirror-like finish, enhancing the beauty of both the diamond and the white gold setting.

Versatility:This 3D model captures the essence of a versatile piece that seamlessly transitions from day to night, making it an ideal addition to any jewelry collection.

File Formats:The 3D model is available in commonly used formats such as .OBJ, .STL, and .FBX, ensuring compatibility with various 3D rendering and printing software.

Ideal Use Cases:

• Jewelry Rendering: Ideal for creating realistic and high-quality jewelry renderings.
• 3D Printing: Suitable for producing physical prototypes of the pendant for manufacturing.

Note:This 3D model description serves as a guide, and specific details may vary based on the actual design and preferences of the jeweler or designer.

Feel free to customize this description based on the unique features and specifications of your Enclosed Pendant 3D model.