Virtual Reality Medical Simulation Training System for Emergency Care - Leading China Suppliers and Factory Solutions
Interactive Sensor Feedback
The Advanced CPR Manikin supports real-time interactive sensor signal feedback, allowing it to simulate a wide range of emergency scenarios.
3D Simulation Technology
Realistically displays the cardiovascular and pulmonary structures within the human body, showing real-time heartbeats and blood flow.
Real-time Assessment & Prompts
Provides feedback on compression position and intensity. Spontaneous breathing and heart rate recover on success, and show no recovery on failure.
13 Emergency Scenarios
The software covers 13 scenarios including assessing injuries, establishing access, chest compressions, opening airways, and artificial respiration.
Blended Physical & Virtual Training
Combines simulation software and physical interaction, enabling comprehensive training and evaluation in a near-real clinical environment.
Frequently Asked Questions
What features does the Advanced CPR Manikin support?
The Advanced CPR Manikin supports real-time interactive sensor signal feedback, allowing it to simulate a wide range of emergency scenarios and provide real-time feedback on chest cross-sectional anatomical structures.
How does the 3D simulation technology assist in training?
The system utilizes advanced 3D simulation technology to realistically display the internal cardiovascular and pulmonary structures of the human body, demonstrating real-time heartbeats and blood flow during procedures.
How do learners know if their CPR operation is successful?
If the operation is successful, both the physical manikin and the virtual patient will exhibit the recovery of spontaneous breathing and heart rate. If the operation fails, they will show no signs of spontaneous heart rate or breathing.
What emergency scenarios are included in the software?
The software includes 13 different emergency scenarios covering critical skills such as injury assessment, establishing access, chest compressions, opening airways, and providing artificial respiration.
How does the system help correct student errors?
The system provides operational prompts and error feedback, helping learners correct the position and intensity of compressions to ensure accurate and effective performance.
What makes this system a flexible solution for healthcare professionals?
By combining simulation software and physical interaction, the system allows learners to practice repeatedly in a near-real clinical environment, enhancing their confidence and precision for real-world emergencies.