3D Printable Pendant for Diwali 2025
3D Printable Pendant for Diwali 2025: Festive Design STL File Original price was: ₹399.00.Current price is: ₹199.00.
Back to products
Auspicious Diwali 2025 Pendant STL File - Traditional 3D Model
Auspicious Diwali 2025 Pendant STL File - Traditional 3D Model Original price was: ₹399.00.Current price is: ₹199.00.

Elegant Diwali 2025 Inspired Pendant STL – 3D Jewelry Model

Original price was: ₹299.00.Current price is: ₹199.00.

An elegant, 3D printable STL pendant model inspired by Diwali 2025. Perfect for sophisticated festive jewelry.

Category:
Description
  • Overview: The Elegant Diwali 2025 Inspired Pendant STL is a stylish, print-ready jewelry pendant designed to celebrate Diwali in 2025. Ideal for designers, makers, and retailers seeking a sophisticated pendant for prototypes, gifts, or e-commerce visuals.
  • Features:
    • Elegant motif with balanced thickness for durable, printable parts
    • Clean, print-friendly geometry compatible with hobby and professional printers
    • STL file included with watertight mesh and true-to-size pendant attachment point for a chain
    • Optional subtle embellishments or inlay patterns that render cleanly in CAD and renders
    • Scalable design notes for flexible marketing visuals
  • File Formats:
    • STL for straightforward 3D printing
    • Optional OBJ/MTL or STEP (if provided) for broader editing/import workflows
    • Basic render notes or textures for reference (not required for print)
Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “Elegant Diwali 2025 Inspired Pendant STL – 3D Jewelry Model”

Your email address will not be published. Required fields are marked *

Shipping and Delivery

This is not a physical product, so we are not delivery.

this is digital product we are deliver PDF/ZIP files to my account and mail for download.

File Formats & Types

  • Interoperability: The ability of different software applications to use the 3D model files PDF/ZIP
  • Parametricization: If the models are designed with parameters that can be adjusted, this term is relevant.
  • Vectorization: While typically for 2D, in some contexts, the underlying mathematical representation of 3D curves can be considered.
  • Serialization: The process of converting the 3D model data into a format that can be transmitted.