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A collection of digital couture unlike any other. This pack features 28 architectural full-finger rings where dynamic, polished surfaces appear to float over an intricate micro-filigree lattice base. The design challenge lies in the layered fusion of these two distinct textures, making the 3DM Master Files indispensable for separating components for two-tone metal or enamel application. Acquire the models necessary to set trends in high-end, contemporary jewelry.
- Technical & File Data (Crucial Information)Product Type: Full-Finger/Knuckle Dusters (Avant-Garde Layered Style)
Total Designs: 28 Unique Rings
File Format: 3DM Master Files ONLY (No STL included - Non-Negotiable)
Volume (Rhino/Matrix): Substantial Range: 300 to 700 units
Ring Size (Inner Diameter): Medium Range: 18 mm to 19 mm (Approx. US 8 - US 9.5)
Design Focus: Complex Layered Geometry—Fluid, solid overlays fused onto a rigid filigree mesh base (optimized for two-tone/enamel work).
- Manufacturing Instructions (Layered Fusion Protocol)CAD Control: The 3DM files are crucial for exporting separate layers (Base Lattice, Solid Overlay, Pave Surface) to create individual STLs, enabling multi-part assembly or two-tone casting.
3D Print Protocol: Print components separately where possible. Use supports that preserve the integrity of the delicate lattice mesh structure.
Casting Strategy: Requires controlled vacuum casting tailored to the differential metal volume (thin lattice vs. thick overlay), ensuring both elements cast perfectly and are free of porosity.
Finishing & Assembly: Achieve a high-contrast finish by polishing the solid overlay to a mirror shine and applying enamel or plating to the recessed filigree areas before laser welding the two layers together.
couturejewelry
fullfingerring
knuckle_ring
statementring
3dmfileonly
filigree
pave
twotonejewelry
avantgarde
sculpturalring
28rings
cgtrader
professionalcad
highvolume
layered_design
fluid_architecture
fluid_architecture
cocktail_ring
oversize_ring
organic_form
modernist_jewelry
enamel_ready
resin_print
REVIEWS & COMMENTS
accuracy, and usability.
