With 3D interactive technology, the brilliance of every piece of jewelry can be truly experienced.

Hollywood-level PBR rendering technology precisely recreates diamond fire, gemstone translucency, and metallic sheen, ensuring online displays match physical pieces flawlessly.

Silky-smooth rotate and zoom jewelry virtually with drag controls. Examine craftsmanship and natural brilliance from any angle, appreciating every intricate design detail.

Instantly trigger preset animations or assembly "exploded" views to dynamically showcase intricate constructions and movement-driven jewelry, revealing every sophisticated component.

Zoom from panoramic to microscopic levels to clearly observe setting techniques, inclusions within gemstones, and brushed or polished textures on metal surfaces, delivering a "digital microscope" exploration experience.

Add interactive hotspots to jewelry models that trigger text, images, , and more upon click, to present product stories and key selling in diverse ways.

Simulates the natural drape of necklaces, the fluid sway of bracelets, and the dynamic fire of diamonds under light, delivering physically accurate motion for an immersive luxury experience.

Carefully designed sound effects and haptic feedback enhance interactions. This triple sensory feedback—visual, auditory, and tactile—elevates brand perception.

Utilizing advanced machine learning algorithms, it achieves high-precision, low-latency six degrees of freedom (6DoF) hand and body tracking. Virtual jewelry precisely follows user movements, delivering stable and highly natural-looking wear effects.

Tracks AR environment lighting, enabling virtual jewelry to respond in real-time to actual ambient light and shadows, seamlessly blending into reality for indistinguishable authenticity.

Place jewelry within real-world scenes created by users via AR, fostering a sense of occasion and inspiring gifting and collecting desires.

Automatically switches between models of varying precision based on device performance and AR scene distance, ensuring a smooth AR experience across all smartphones.

Users freely replace core jewelry elements—center stones, accent stones, pendants, chains, ring settings—redefining consumer-product interaction through novel, engaging experiences.

A visual drag-and-drop interface allows users to combine different modules like playing a game. Components intelligently snap into place, enabling intuitive operations that enhance the fun and success rate of the customization experience.

Utilizing AI algorithms, the system intelligently recommends and switches to the optimal viewing angle based on the components currently being customized, guiding users to efficiently complete their designs.

Freely select from a standardized gem library and generate uniform, aesthetically pleasing stone settings within designated areas with a single click.

Perform authentic 3D Boolean carving on text or patterns. Engraving effects produce realistic shadows and reflections that shift with lighting and viewing angles, delivering texture far beyond simple texturing.

Utilize algorithms for advanced features like intelligent model reconstruction, automatic adaptation, and design feasibility validation, ensuring all custom results meet production processes and aesthetic standards.

Directly generate high-precision production data from completed custom designs, flawlessly transforming creativity into reality and bridging the digital-physical divide.

AI-assisted generation of foundational 3D forms, or leveraging the "Digital Clay" tool enables designers to rapidly create concept models, accelerating the journey from idea to prototype.

Utilize powerful editing tools for real-time subdivision modeling of smooth surfaces, PBR-compliant material editing, dynamic lighting adjustments, artistic digital sculpting, and HDRI environment setup to craft exceptional pieces and details.

Rapidly create unlimited high-fidelity virtual samples and associated data to address quoting, production, presentation, review, marketing, and management needs.

Professional-grade virtual photography rivaling dedicated rendering engines. Combines HDRI ambient lighting, depth-of-field effects, and custom camera path animations to automatically generate commercial-grade HD promotional images and videos across multiple angles and scenes at scale, replacing traditional physical photography.

Design, marketing, sales, and other teams can conduct online meetings and reviews based on digital twins, eliminating the need for physical prototypes.