Rose Gold White Gold 3D print model

Description:Elevate your 3D jewelry portfolio with this exquisitely crafted Two-Tone Diamond Heart Drop Earring 3D model, designed with premium accuracy for high-end rendering, animation, and manufacturing use. This romantic and intricate design combines the elegance of rose gold and white gold in a dazzling, heart-shaped composition, making it perfect for showcasing love-themed or luxury fashion jewelry collections.

Design Features:Main Motif: Romantic heart-shaped drop with a floating central diamondDiamond Setting: Full pavé-set round brilliant diamonds on the heart frameDrop Design: A vertical line of micro-pavé diamonds connects the heart to the stud, creating fluidity and eleganceTop Stud Element: Infinity-style twisted loop design, also pavé-set with diamondsBack Design: Clean and polished finish with visible mounting prongs and screw-back studTwo-Tone Finish: Rose gold heart and prongs combined with white gold connectors and studs for a sophisticated contrastTechnical Specifications:Model Code: AL1ZE-C1-ST08Earring Type: Dangling Stud EarringsGeometry: Clean quad mesh; subdivision-ready; optimized topologyStone Settings:1 Central Diamond (Floating) per earringMultiple micro-diamonds on the heart and connector lineStyle: Contemporary, Romantic, LuxuryTotal Stone Count: Approx. 80–90 stones (both earrings combined)Ideal Use Cases:3D Jewelry Rendering and AnimationCAD/CAM Manufacturing (Casting & Stone Setting)AR/VR Jewelry Try-On ApplicationseCommerce Visualization for Fine JewelryAvailable Formats:.OBJ.FBX.STL.3DM (Rhino).3DS / .MAX (on request)Materials & Textures:Procedurally assigned materials (Rose Gold, White Gold, Diamond)UV-unwrapped and texture-ready (textures available upon request)Real-world scale and units (millimeters)Why You’ll Love It:This elegant model embodies precision, style, and luxury. Whether you are a designer preparing a production-ready file or a 3D artist creating realistic jewelry renders, this asset brings beauty and sophistication to your project.