A growing number of cases have demonstrated that manual chest compression during cardiopulmonary resuscitation is less successful than it would be in a real-world clinical context. Recent clinical studies have unmistakably shown that mechanical and Automated CPR Devices are frequently used to improve hemodynamic results, promote coronary introduction, and increase the incidence of return of spontaneous circulation. Cardiopulmonary resuscitation machines that automatically administer high-quality CPR increase the likelihood of survival. Its use has increased in emergency medical services because to their safety and noninvasiveness, and as such, is anticipated to grow profitably during the projection period.
Another advantage of Automated CPR Devices is that they can be used in situations where manual CPR is difficult or impossible to perform. For example, in a moving ambulance or in a helicopter during transportation to a hospital, it can be challenging to perform manual CPR effectively. Automated CPR devices can be used in these situations, providing a more effective and efficient way to perform CPR. Another limitation of automated CPR devices is that they may not be suitable for all patients. For example, patients with rib fractures or other chest injuries may not be good candidates for mechanical CPR. In addition, automated CPR devices may not be as effective in patients who are extremely obese or have a large chest circumference.
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