Learn anatomy through interactive 3D models, integrated textbooks, and clinical insights. Take quizzes with over 1700 questions. View detailed diagrams and explore anatomical structures in 3D.
Explore a realistic 3D model of the human with adjustable lighting and background. Manipulate the model for full range of motion using dynamic sliders. Switch between user-defined poses and view layered anatomical structures.
The app provides a digital magnifier with a flashlight for viewing small text and objects. It offers up to 12x magnification and can also function as a cosmetic mirror using the front-facing camera.
Scan patients using the Structure SDK or TrueDepth camera for 3D imaging. Submit orders for prosthetic fabrication directly through the . View scan progress and order status. Sync scans with O&P Fabrications for prosthetic production.
Explore 3D radiographic anatomy with interactive models. View detailed X-ray images in augmented reality. Access over 135 radiographic exams and correlated anatomy. Annotate and compare images for educational or exam preparation.
Learn human anatomy by identifying through interactive quizzes. Tap to learn mode displays bone names and requires tapping the correct bone. Spin to learn mode shows highlighted for identification.
Clean mouth using tools like brushes and floss. Remove sugar residue and examine teeth. Progress through levels to complete dental treatments. Share feedback with friends via Store.
Explore 3D human anatomy models with interactive touch controls. Rotate and zoom for detailed views. Perform virtual dissections to reveal muscle layers and anatomical structures. Take 3D location quizzes to test knowledge.
Explore a 3D anatomical model with 360° rotation, zoom, and camera movement. Slice anatomical parts and detailed structures. Take notes and access labeled part names in English offline.
Patients can invite family members to receive text, photo, and video updates on their hospital status. Updates are HIPAA compliant and disappear after 60 seconds. Content is used to inform and educate families about the patient’s condition.
Use augmented reality to visualize injectable treatment outcomes. Analyze facial features for balance and proportions. Detect wrinkles and create interactive before-and-after videos.
Assess surgical positioning of acetabular cups during hip replacement. Provide real-time feedback on cup placement accuracy. Guide implantation within safe zones to reduce complication risks.