This professional collection includes 50 plus lightweight Bali (hoop) earring designs developed for commercial jewelry production in 22KT gold.

The designs are engineered with optimized metal distribution to maintain structural strength while keeping weight between approximately 1.5 grams to 3 grams per pair (estimated in 22KT gold). These models are suitable for high-volume retail production, export markets, and daily-wear jewelry collections.

The collection features a wide variety of traditional and modern Bali styles including smooth hoops, patterned surfaces, twisted profiles, textured finishes, and stone-accent variations.

All models are production-ready and carefully structured for clean printing and casting workflow.

FILE PACKAGE CONTENT

• 50 plus Bali earring designs• High-resolution STL files optimized for resin printing• Original 3DM editable source files (Rhino and Matrix compatible)• Organized CAD structure for professional workflow• Preview render images

Both STL and 3DM files are clean, scaled, and ready for manufacturing.

TECHNICAL DETAILS

• Weight range: Approx. 1.5g to 3g per pair in 22KT gold• Optimized lightweight structure• Balanced thickness for durability• Clean hinge and locking mechanisms (where applicable)• Smooth topology for casting efficiency• Easily resizable through 3DM files

Final weight may vary depending on size adjustments and workshop tolerances.

SUITABLE FOR

• 22KT gold manufacturing• Retail daily-wear collections• Export jewelry production• Boutique and chain jewelry brands• Commercial bulk casting

MANUFACTURING INSTRUCTIONS

Recommended production process:

• Use SLA or DLP resin printing for master models• Verify dimensions and locking mechanisms before printing• Recommended casting method: Lost wax casting• Confirm wall thickness according to 22KT gold standards• Test hinge flexibility and closure alignment after casting• Conduct one sample casting before full-scale production• Perform professional polishing and finishing

Always validate final weight after scaling adjustments.