Mermaid Pendant 3D Printable Jewelry Model - Relief Charm with Seahorse (STL/OBJ/FBX)

Description:Product Overview: Presenting a highly detailed, distinct 3D jewelry model of a Mermaid surrounded by swirling ocean waves and a seahorse accent. This piece is designed as a bas-relief pendant/charm, perfect for gold casting, silver jewelry, or CNC engraving. The design features a classical aesthetic with no stone settings required, making it ideal for direct metal casting.

Design Features:

Motif: Classical Mermaid figure with scaled tail, flowing hair, and sea bubbles, topped with a detailed seahorse.

Style: Antique / Baroque / Fantasy Relief.

Structure: Includes Solid version (for CNC/Rendering) and Hollow/Scooped back version (for lightweight casting and metal saving).

Readiness: Watertight, production-ready, and tested for 3D printing.

Technical Specifications:

Dimensions:

Height: 45.00 mm

Width: 26.00 mm

Depth: Proportional to relief style.

Volume: Approx. 1219 mm³ (Solid)

Estimated Metal Weights (based on volume):

Sterling Silver (925): ~12.64 g

Yellow Gold 10K: ~13.99 g

Yellow Gold 14K: ~15.92 g

Yellow Gold 18K: ~18.94 g

Yellow Gold 22K: ~21.78 g

Yellow Gold 24K: ~23.56 g

Rose Gold 14K: ~15.89 g

White Gold 14K: ~15.38 g

Platinum 950: ~25.25 g (Note: Weights are approximate based on the solid file volume. Hollow version weight will be significantly lower.)

Included File Formats: The download includes high-quality files compatible with all major software (Blender, Matrix, Rhino, ZBrush, Maya):

.STL (Stereolithography - Best for 3D Printing)

.OBJ (Wavefront Object)

.FBX (Filmbox)

.GLTF / .GLB

.USD

.DAE

Usage:

Jewelry Manufacturing (Casting in Gold, Silver, Bronze).

3D Printing (SLA/DLP Resin printers).

CNC Carving.

Digital Asset for rendering or games.

Notes for the Buyer:

This is a digital 3D model, not a physical product.

The model is scaled to 45mm height but can be resized in your slicing software.

Ensure you select the Hollow file if you wish to save on metal weight during casting.