Double halo cushion pendant 3D print model

FURTHER CHANGES ARE POSSIBLE ON DEMAND

This 3D model depicts an elegant halo-style pendant featuring a sophisticated multi-stone design with a prominent central gemstone surrounded by a decorative border of smaller stones. The piece showcases a large cushion-cut or rectangular blue center stone (likely representing a sapphire or similar precious gemstone) that serves as the focal point of the design. This central stone is encircled by a carefully arranged halo of alternating light blue and purple gemstones, creating a striking contrast and enhanced visual appeal. The entire stone assembly is set within a green metal framework (presumably representing a precious metal such as gold or platinum) that provides both structural support and aesthetic continuity.

Comprehensive Dimensional Analysis:

Main Pendant Body:

Overall height: 26.67 units (measured from the top of the bail attachment point to the bottom of the pendant)Overall width: 20.65 units (measured across the widest point of the halo setting)Side Profile Measurements (Through Finger View):

Total depth: 3.60 units (representing the complete thickness of the pendant from front to back)Middle section depth: 1.90 units (likely indicating the thickness of the central stone setting area)Lower section measurement: 2.34 units (possibly representing a specific structural element depth)Base thickness: 2.08 units (measuring the thickness of the pendant's foundation or mounting area)Bail Specifications (Attachment Loop):

Bail height: 5.70 units (vertical measurement of the circular attachment loop)Bail width: 7.70 units (horizontal measurement across the bail opening)Gemstone Configuration: The design incorporates a total of 78 individual stones with a combined weight of 18.20 units (likely carats). The gemstone arrangement includes a primary cushion-cut center stone measuring 15.00 x 12.00 units, surrounded by various smaller round stones with dimensions ranging from 1.50 x 1.50 to 1.70 x 1.70 units, creating a graduated halo effect that enhances the central stone's prominence while providing additional brilliance and visual impact to the overall design.