Gallery
Digital 3D Jewelry Model — No Physical Item
Downloadable model intended for jewelry CAD, 3D printing, and lost-wax casting workflows. Verify the listing specifications before production.
By: RedRoseLTD
Price: $30.00 USD
This eternity band is constructed from a continuous series of interlocking hexagonal segments, creating a complete honeycomb pattern around its circumference. The geometric structure features flat, high-polish facets on each hexagon, designed to reflect light from multiple distinct angles. The band maintains a consistent width and profile with no taper, making it suitable for stacking with other rings or for use as a minimalist wedding band. The design is provided as a watertight manifold mesh ready for 3D printing in castable wax or resin, intended for lost-wax casting. The clean, unadorned geometry ensures a straightforward casting and finishing process.
1.2MM
No dimensions specified.
ALL SIZE
FROM 2GRAMS
Production & Compatibility
This geometric band is optimized for high-resolution 3D printing on SLA, DLP, or MSLA systems (such as those from Anycubic, Elegoo, or Phrozen) using castable resins. The design is intended for standard lost-wax investment casting. Due to its uniform cross-section and lack of undercuts, the model is also a strong candidate for CNC wax milling to create the master pattern.
Q: What is the basic shape of the elements making up the band? A: The band is composed of a repeating series of solid hexagonal segments joined together, creating a rigid ring that resembles a honeycomb structure.
Q: Is this ring designed to be stacked with other bands? A: Yes, its uniform profile and flat sides allow it to sit flush against other straight-edged or simple bands, making it well-suited for stacking sets.
Q: How would the facets on the hexagons appear with different surface finishes? A: A high-polish finish will maximize light reflection off the multiple flat facets of the hexagons. In contrast, a matte or sandblasted finish would create a more subtle, non-reflective geometric texture.