Access patient records, view imaging studies, and manage surgical cases. Track implant inventory, generate reports, and communicate with healthcare teams. Support spinal surgery planning and post-operative care coordination.
Schedule surgeries, sync calendars, and communicate
Schedule surgeries with a customizable calendar. Coordinate with doctors, assistants, facilities, and vendors in real time. Send and receive messages securely. Track surgical schedules and update availability.
Use AR to create accurate templates for hip and knee implants within one size. Select from a library of major implants. Share templates with colleagues or save for future use. Measure anatomical landmarks directly on the patient.
Identify orthopedic and spine implants from x-rays using AI. Snap an x-ray for AI suggestions. Access a community feed to ask surgeons and representatives for help. Share findings and contribute to the database.
The app displays dental implant planning received from the desktop version. Users can present treatment plans to patients and check planning while traveling.
Patients can access their telehealth account, connect with care providers, and view medical records. Providers can securely communicate, capture patient data, and streamline workflows. Both can schedule appointments and send secure messages.
View ID cards for both front and back. Print, email, or share them from the device. Search for healthcare providers and schedule appointments. Access Telehealth services and customize care options through HealthKit integration.
Plan and visualize orthopedic surgeries with intuitive tools for TPLO, CCWO, and CBLO. Create total hip replacements with precision. Visualize target postoperative radiographs and plan steps to achieve them.
Access educational content for professionals. View specialty courses on procedures, technology, and products. Practice real-life scenarios in SimLabs. Track progress and complete certifications. Connect with global learning facilities.
Medical for preoperative planning allows surgeons to adjust implant positions and orientations on 3D and 2D scapula models. Users can modify protocol-based plans created by technicians.