A new standard in digital horology.
A 3D configurator engine built for mechanical complexity. Give your customers the power to become their own watchmaker.
Why 3D for luxury watches?
High-end timepieces are defined by how light interacts with intricate mechanics and premium finishes. Standard 2D imagery flattens these crucial details. Our WebGPU engine renders automotive-grade materials—brushed titanium, sapphire crystal with AR coating, and patinated bronze—in real-time, allowing customers to truly understand the value and depth of the materials before they commit to purchase.
Horological Grade Specs
Built to meet the rigorous standards of this specific industry. We ensure your output files are manufacturing-ready.
| Feature | Specification | Why it matters |
|---|---|---|
| Material Synthesis (PBR) | Automotive-Grade Shader Models | Accurate simulation of complex materials like forged carbon, DLC coating, and multi-directional brushed metals. |
| Graphics Architecture | WebGPU & Material Instancing | Achieves hyper-realistic lighting at 60fps by batching draw calls and utilizing baked ambient occlusion maps to eliminate runtime overhead. |
| Assembly Logic | Granular Mesh Compositing | Orchestrates 40+ independent swappable components (indices, hands, stems) per scene, far exceeding the standard 6-part limit of basic 3D viewers. |
| Output Accuracy | Sub-millimeter Precision | Configurations generate precise Bill of Materials (BOM) ready for manufacturing pipelines. |