Ginkgo Leaf Pendant 3D Model STL & 3DM

• 3D MODEL SIZE:- 60.70 x 54.01
• VOLUME: 2555.3
• GOLD WEIGHT:- 45.80
• FILE TYPE :- STL & 3DM
• MODEL TYPE :- PENDANT
• SOFTWARE :- RHINO,ZBRUSH,MAGICS,ETC

Capture the beauty of nature with this Ginkgo Leaf Pendant 3D Model STL & 3DM. This intricately designed model is perfect for 3D printing unique jewelry pieces, or for incorporating into woodworking projects as a decorative inlay or mold. 

Here are the specs:

• Size: 60.70 x 54.01
• Volume: 2555.3
• Estimated Gold Weight: 45.80
• Available File Formats: STL & 3DM

Unleash your creativity! Print it in gold, silver, wood, or any material you desire. This model offers endless possibilities for personalization.

Organic Precision in Botanical Jewelry CAD Designs

Capturing the organic, fan-like geometry of a ginkgo leaf in precious metal—from the specific vein patterns to the delicate, paper-thin edges—is mostly about maintaining high-relief contrast. Our Ginkgo Leaf Pendant 3D Model is a production-grade digital master, not a simple low-detail mesh. This asset is built specifically for the jewelry manufacturing floor, ensuring that every botanical feature remains sharp through the casting and final polishing stages.

This is a production-ready Ginkgo Leaf STL for Jewelry Casting file meant for real-world manufacturing. The 3D Printable Ginkgo Leaf STL is fully manifold and optimized for high-resolution resin printing, so you won’t deal with mesh errors or wall collapses in the middle of a production run. Since we include the native 3DM Rhino file, you have the freedom to scale the model for anything from a heavy statement medallion to a subtle charm for a custom botanical-themed collection.

Stop wasting bench time fixing messy digital files that wash out in the casting flask. Our Botanical Jewelry CAD Designs give you a clean digital master that holds its textural contrast from the printer to the final finish. Explore the Ginkgo Leaf Pendant 3D Model today and add a reliable, production-grade asset to your CAD library.