Cloud Authoring Workflow to Turn CAD into Web 3D Viewer and Augmented Reality Jewelry Try-On Experiences
The cloud 3D Authoring Tool allows jewelry and watch brands to import 3D files, add material textures to meshes, preview the 3D rendering in real time, and create both a 3D Viewer and an augmented reality jewelry try-on experience in one smooth workflow.
Efficiently Design 3D Assets with Unlimited Variations
The solution supports industry standard 3D model files and easily applies materials on individual 3D parts in a highly organized way, ideal for building an augmented reality jewelry catalog. Use the built-in materials and textures libraries for speedy 3D object authoring, or expand libraries with custom texture uploads.
Create Augmented Reality Jewelry and Watch Web Viewer and Virtual Try-On Experiences from 3D Object Files
Amaze your online customers with hyper-realistic, detailed 3D models of your products. Recreate the luxurious feel of materials and sparkle of gemstones with our market-leading augmented reality jewelry try-on technology.
Build Unique Shopping Experiences with a Style-Configurable 3D Web Viewer and Augmented Reality Jewelry Try-Ons
Let your online shoppers personalize timepieces and jewelry with the state-of-the-art 3D web viewer. The online 3D viewer & configurator lets shoppers change various components, then try the finished piece on their own hands in augmented reality, powered by our proprietary AgileHand™ technology.
Show-Stopping Physically Based Rendering (PBR)
True-to-life textures, material reflections, and lighting simulations deliver top-class effects for the most realistic augmented reality jewelry try-on experience. Taking advantage of physically based rendering (PBR), AR watch and jewelry digital renderings are presented with astounding accuracy.
Auto AR 3D SKU Generation
The auto 3D SKU generation tool saves you time by automatically generating every SKU variation across all combinations of material and texture selections, so a full augmented reality jewelry catalog comes together in one single batch.