Heritage Collection Luxury Love Pendant Border Production 3D Model STL

• Intricate design
• High-quality craftsmanship
• Luxurious finish
• Unique border production
• Exquisite details
• Stunning 3D model
• Not for 3D printing
• File Type : STL

Experience the pinnacle of romantic elegance and naturalistic artistry with this masterfully crafted Heart Shaped Floral Frame 3D Model. Optimized for high-definition 3D printing and casting, this design highlights a perfectly proportioned heart-shaped inner silhouette. The lower apex is heavily decorated with an exquisite asymmetric assembly of highly detailed botanical carvings, including a blooming rose centerpiece, a flared lily, a calla lily, and a multi-petaled spring blossom. Winding outward from this central bouquet are highly sculpted twisted cable or ribbon accents that transition smoothly into a clean, multi-tiered upper frame rim. It is an ideal choice for creating the outer frames of premium Valentine pendants, luxury romantic photo lockets, customized wedding theme jewelry, or high-end statement brooches.

Design Highlights:

Exquisite Mixed Floral Bouquet: Features a meticulously rendered combination of a romantic rose, lily, and textured foliage clusters at the base, providing an authentic, multi-species botanical aesthetic.

Sleek Multi-Tiered Upper Rim: Clean, parallel stepped curves along the upper lobes of the heart shape that balance the heavy organic artwork with structured elegance.

Wrapped Cable Transitions: Beautifully sculpted diagonal ribbon swags connecting the base flowers to the frame tracks, ensuring excellent fluid movement.

Production Ready: Engineered with professional precision to ensure sharp definitions on the delicate flower petals and clean separations after precious metal casting.

Technical Specifications:

File Type: STL (Ready for 3D Printing).

Design Category: Jewelry Frames, Borders & Romantic Components.

Recommended Usage: Heart Pendants, Love Lockets, Family Photo Charms, Statement Brooches, Custom Miniature Mirror Frames.