The art of luxury meets modern precision in this pearl diamond halo pendant necklace 3D jewelry model — an embodiment of timeless grace, crafted for jewelers who understand that true elegance lies in balance and proportion.

This design draws inspiration from Victorian court jewelry, blending double halo architecture with flowing symmetry. The pendant’s upper section forms a pear-shaped diamond halo (6.15×4.1mm, approx. 0.385 carats), delicately mirroring the luminous 9mm round pearl below, which is encircled by a second radiant halo of 30 round-cut diamonds (1.7mm each, totaling approx. 0.54 carats). Together, they form a soft yet powerful “∞” infinity motif — symbolizing eternal beauty and refined opulence.

The pendant measures 30.78mm in height and 12.94mm in width, achieving an elegant vertical proportion ideal for sophisticated necklace compositions. Its hybrid pavé-prong setting ensures each gem captures and reflects light from every angle, creating a breathtaking dance of fire and brilliance.

This model includes JCD, 3DM, and STL file formats, ensuring compatibility with all major CAD and 3D printing software. Every detail — from diamond alignment to metal thickness — is pre-optimized for smooth casting, gemstone setting, and professional-level presentation.

For jewelry makers seeking efficiency without sacrificing artistry, this pearl diamond halo pendant necklace 3D model eliminates the repetitive hours of base modeling, freeing you to focus on what truly matters — design innovation and client satisfaction.

Creating a symmetrical double-halo pendant with precise gemstone spacing and realistic proportions can take days of technical modeling.

Even experienced CAD jewelers often face frustration with misaligned halos, inconsistent gemstone channels, or rendering flaws that delay production and increase costs.

This pearl diamond halo pendant necklace 3D model is fully pre-structured and gemstone-calibrated, saving you hours of design time. Download, modify, and render instantly — perfection is built in.