The cost of mechanical devices designed to deliver automated cardiopulmonary resuscitation (CPR) varies significantly depending on features, manufacturer, and intended use environment. These devices can range from relatively portable units for emergency medical services to sophisticated hospital-grade systems.
Consistent, high-quality CPR is crucial for improving survival rates in cases of cardiac arrest. Manual CPR, while effective, can be physically demanding and prone to variations in quality due to rescuer fatigue. Automated CPR devices offer the potential for more consistent compressions and can free up personnel to perform other life-saving interventions. The development and increasing availability of such technologies represents a significant advancement in emergency cardiac care, providing a more standardized and potentially more effective approach than relying solely on manual techniques.