Polymuse 3D scanner vs AR COPY & PASTE 3

Bring your product in 3d with Polymuse, a powerful 3D scanning app for iPhone and iPad. Polymuse helps smart online retailers like yourself to create virtual try on in a matter of minutes which traditionally needed weeks of work. With our scanning app you can create 3d models and embed the AR experience anywhere with iframe. View your scans in AR or edit right in the app. Take measurements, customize your models, and export in popular 3D formats like glTF, FBX, STL, OBJ, USDZ and ply. Share via Messages, your website, or social media. Key Features: - Create 3D models from regular photos or enhanced 3D scans - Create a virtual try on of your product. Let your customers try before they buy. - Embed the 3d model anywhere in web - Edit scans directly in the app - View models in AR - Share via Messages, your website, and more - Export in glTF, FBX, STL, OBJ, USDZ and ply - Unlimited scans Although polymuse aims to empower the online retailers, you can also use in for AR, VR, games, 3D printing, fashion scanning and more. Polymuse makes 3D capture accessible, letting you rapidly generate usable 3D assets. Try it today to easily create and share detailed 3D models! Terms of Service: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

You can capture 3D video data(Volumetric video) and display it in AR. — # This application is intended for technical demonstration purposes. Please note that this is a beta version. # Does not work on devices without LiDAR scanner. Works only on iPhone Pro and iPad Pro. # Supports saving files in PLY format. It will be saved in the "File" app of the OS. # Free to use, but ads will be displayed. If you would like to support us, please purchase the function to remove advertisements. — About the shooting mode HUMAN MASK mode : You can shoot only portraits. DISTANCE MASK mode : You can shoot by specifying the shooting range based on the distance from the camera. — Technical Specification This application generates a three-dimensional image from the depth information of the space captured through LiDAR scanner. Currently, the resolution is low, but we are working on increasing it to higher resolutions.