Virtual Reality Medical Simulation Training System for Comprehensive Emergency Care - China Suppliers and Factory

Introducing the Virtual Reality Medical Simulation Training System - Comprehensive Emergency Care, the leading training solution for emergency medical professionals in China. Our innovative training tool combines cutting-edge virtual environment technology and force feedback mechanisms to accurately simulate out-of-hospital emergency procedures. This comprehensive system includes an Advanced Automated CPR Manikin and state-of-the-art Comprehensive Emergency Care Virtual Simulation and Physical Integration 3D Training Software. As a top supplier and factory in the medical training sector, we ensure that our system provides a realistic and immersive training experience for medical professionals. Enhance your emergency care training today with our unparalleled product

Product Detail

Real-Time Interactive Feedback

The Advanced CPR Manikin supports real-time interactive sensor signal feedback, allowing it to simulate a wide range of emergency scenarios. It provides real-time feedback on the chest's cross-sectional anatomical structure, ensuring learners can accurately assess their compressions.

Using advanced 3D simulation technology, the system realistically displays the cardiovascular and pulmonary structures within the human body, showing real-time heartbeats and blood flow. When the operation is successful, both the manikin and the virtual patient will exhibit the recovery of spontaneous breathing and heart rate; if the operation fails, they will show no spontaneous heart rate or breathing. The system also offers operational prompts and error feedback, helping learners correct the position and intensity of compressions, ensuring accurate and effective performance.

13 Emergency Scenarios

The software component includes 13 different emergency scenarios, covering critical skills such as assessing injuries, establishing access, performing chest compressions, opening airways, and providing artificial respiration.

Each scenario is meticulously designed with detailed steps and knowledge points, ensuring learners fully grasp both the theoretical and practical aspects of emergency care. The integration of virtual and physical elements, combined with 3D simulation technology, enables comprehensive training and evaluation. Learners can practice repeatedly in a near-real clinical environment, enhancing their ability to handle emergency situations with confidence and precision.

By combining simulation software and physical interaction, the system offers a powerful and flexible solution for emergency care training, preparing healthcare professionals to respond effectively to real-world emergencies.

Frequently Asked Questions

Q1: How does the Advanced CPR Manikin provide feedback during training?

The manikin supports real-time interactive sensor signal feedback, displaying the chest's cross-sectional anatomical structure. This allows learners to instantly assess the accuracy, position, and intensity of their chest compressions.

Q2: What internal physiological changes does the 3D simulation technology show?

The advanced 3D simulation technology realistically displays the internal cardiovascular and pulmonary structures, including real-time heartbeats and blood flow, to visualize the effects of the CPR process.

Q3: How does the system indicate a successful or failed CPR operation?

If the operation is successful, both the physical manikin and virtual patient show recovery of spontaneous breathing and heart rate. If the operation fails, they will display no spontaneous heart rate or breathing.

Q4: How many emergency scenarios are included in the training software?

The software component includes 13 different emergency scenarios, designed with detailed steps and knowledge points to cover both theoretical and practical training.

Q5: What critical skills can be trained using this system?

Learners can practice assessing injuries, establishing access, performing chest compressions, opening airways, and providing artificial respiration in a realistic simulation environment.