SnugFit O&P 3D Scanner app for iPhone and iPad

This lately released SnugFit O&P 3D Scanner app instantly captures 3D data of a whole body or a body part (FO, AFO, KAFO, knee, torso, and head) for custom made orthotics, prosthetics, etc. The 3D body scanner app does not need an external structured light sensor. Instead, it uses an iPhone or iPad Pros front facing TrueDepth sensor for 3D acquisition. It is easy to use with features including, for example, initial scan positioning indicator, no losing track, free of manual noise cleaning process, better data handling for iPhone 13/14/15 and iPad Pro (2018 and after), and one click to upload the scan data and prescription to the cloud for calculating 3D dimensions and using the CAD/CAM tools for orthotics and prosthetics custom design and manufacturing.

SnugFit O&P is built on advanced 3D/AI algorithms for better noisy data handling, ease of use, and highly accurate 3D data for ALL iPhone models and iPad Pro models (with FaceID). The app works with the latest iOS version.

** Starting or stopping the 3D scanning process without the need of even looking at the iPhone or iPad screen! **

App functions provided:

1. Options of specific body part scan with optimized 3D accuracy
2. Real-time 3D scan
3. Patient prescription or order form editing
4. Multiple image capture
5. Multiple video capture
6. Centralized data cloud upload and management. Data includes 3D scan data, prescription/order form, images, videos etc.
7. (Version 3) Localized patient record and past history search and review, in addition to previously cloud based data management system.

Compatible and works well with iPhone X, XS, XR, 11, 12 ,13, 14, and 15 (including Pro and Max variants), and all iPad Pro models with FaceID sensor (2018 and after).

Login is required for patient data privacy and compliance. This app removes the need for time-consuming casting or expensive shipping.

The app facilitates the next-generation O&P digital customization effort. It can be also used for custom apparel and sports gear.

The development work has been supported by the National Institutes of Health (NIH).