IOL simulator allows doctors to adjust patient pathology parameters and view surroundings through selected IOL types using iPad camera. Requires LiDAR Scanner for accurate simulation.
by SBM Sistemi s.r.l.★ 0.00 ratingsMedicalFreeData updated 2026-09-06
Smartphone movements to simulate ultrasound probe actions. Adjust imaging parameters and view real-time scans on a connected device. Save and review scan sessions for analysis and training.
Find patients and accept care requests through the . Conduct in-person or phone visits. Record assessments and manage schedules. Access patient information and communicate securely. Track appointments and send reminders.
Calculate medication infusion rates with real-time formulas and adjustable parameters. Input patient weight and drug dosage to determine accurate infusion speeds.
Navigate to destinations, find doctors, call appointments
Access patient information through MyChart, make appointment calls, and navigate hospital locations with turn-by-turn indoor directions. Find doctors, pay bills, and view visit details directly from the .
The app provides patient kiosk and electronic registration solutions for the healthcare industry. It makes healthcare mobile, faster, and smarter, keeping patients engaged.
Schedule medical appointments by selecting a city and consultation type. View examination results and access e-prescriptions. Manage health records and communicate with healthcare providers through the .
Scan a patient's foot using the TrueDepth camera to capture depth data and color images. 3D model of the foot and ankle on the device. View and analyze the 3D model for orthotic assessment.
The app connects to Teladoc Health Patient Access Devices on the Teladoc Health cloud-based network. It allows medical professionals to interact with patients and staff using 4G cellular or WiFi Internet connections.
The app presents detailed medical illustrations, CT scans, and 3D rendered images of wrist anatomy. It includes a series of cases demonstrating hand and wrist pathology.
Manage diabetes treatment by selecting patient-specific factors to generate a weighted list of medication options. Access guidelines from the American Diabetes Association and other medical organizations.
Visualize heart valve anatomy and pathology using echocardiographic images. Explore interventional device interactions with anatomy. View cellular and molecular disease processes and drug mechanisms to control blood clots.