9+ similar apps compared and reviewed
Looking for something like DonJoy® DOMA? We've analyzed 9+ similar apps to help you find the best alternative. Each app is compared by ratings, features, and real user reviews, so you can make the right choice.
This medical companion app enhances functionality with MotionMD. It allows users to scan and upload documents, and scan product barcodes for inventory counts. Access is granted via a link or a one-time QR code.
This app creates custom, anatomically precise protective devices for athletes and patients using 3D scanning technology. Each device is tailored for optimal protection, comfort, and mobility.
This app uses 3D scanning technology to create custom-fit protective gear for athletes. It allows users to easily scan themselves or collaborate with designers for personalized protection, optimizing comfort and mobility.
This digital measuring system for custom knee braces uses iPhone technology to guide users through selection, measurement, and ordering. It aims to provide a more intuitive, efficient, and accurate process for fitting custom braces, allowing more time for patient care.
This medical app enables podiatrists to create precise 3D scans of patient feet using a 3D Structure scanner and iPad. Scans and accompanying photos are stored in a Hersco account for later custom orthotic prescription.
This medical app captures a 3D foot scan for custom product ordering and insert modifications. It requires specific hardware and is compatible with iOS 11 and above.
This app guides you through a personalized recovery program after knee injury, using smart wearable devices. It provides live feedback, tracks progress towards range of motion goals, and automatically shares data with your healthcare team. Access exercises, educational videos, and manage your recovery conveniently from home.
This application demonstrates the capabilities of TrueDepth camera technology for creating 3D foot models. It is designed for medical professionals to easily scan patients' feet and visualize detailed 3D representations for orthotic purposes.
