MVR-Nursing (Demo) Demo Kit Based On Vr, MVR-DEMO

$4,484.95

Description

Virtual Reality Immersion: The kit is based on VR technology, providing a highly immersive and interactive experience. Trainees can safely perform assessments, examinations, and administer treatments on virtual patients in a realistic setting.
Comprehensive Clinical Scenarios: The simulator includes a variety of clinical case libraries covering:
- Emergency care
- ICU management
- Medical care
- Pediatric care
Interactive and Realistic: The system features:
- Patient Interaction: Virtual patients have dialogue and respond to the trainee's actions.
- Haptic Feedback: Tactile responses simulate real-life interactions, enhancing the training experience.
- Customizable Scenarios: Instructors can modify medications and scenarios to tailor training to specific educational needs.
- Performance Evaluation: The system evaluates performance against standard assessment systems and protocols, providing objective feedback.
Effective Skill Practice: The simulator allows for the effective practice of critical skills, including:
- CPR
- Airway management
- Defibrillation
- ECG
- Medication administration
- Mechanical ventilation
Compact and Portable: The VR system has a minimal space requirement (as little as 4 sq. ft.) and is often sold with a carrying case for easy transport.
Licensing: The demo kit typically includes a lifetime software license and automatic updates.

Nursing Education: It is a core tool for nursing schools and educational institutions to train students in professional skills.
Clinical Skill Development: It allows nurses and other healthcare professionals to practice and refine a wide range of clinical skills in a safe and controlled environment before working with live patients.
Team Training: Some versions may have multiplayer capability, which allows for team-based scenarios to enhance crew resource management skills.
Simulation-Based Learning: It is used in simulation labs to create realistic training scenarios, providing a cost-effective alternative to traditional manikin-based simulation.

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