In a cardiac emergency, every second counts– and so does every chest compression. Cardiopulmonary resuscitation, better known as CPR, is one of the most crucial interventions to improve the survival rate of a patient experiencing cardiac arrest. In fact, the National Library of Medicine reports that for every minute without CPR, the patient’s survival rate decreases by 7-10%.
High-quality CPR works by sustaining oxygenated blood flow to the brain and vital organs until advanced care is available. Unfortunately, high-quality CPR is not always available. Manual CPR requires precision and consistency, which can be difficult for even the most highly skilled responders to provide. For this reason, automated CPR devices have become the go-to device to save lives.
The Limitations and Repercussions of Manual CPR
While it’s true that any compressions are more beneficial than none, manual CPR is easy to learn but difficult to perform successfully. Studies show that even the most experienced responders begin to tire after just two minutes of continuous chest compressions.
Rescuer fatigue can mean a reduction in compression depth, rate, and consistency, all of which can lessen a patient’s chance of survival. Thankfully, taking human error out of the equation is possible with automated CPR devices, which provide high-quality CPR every single time.
Minimizing Interruptions, Maximizing Life-Saving Results
With lives at risk, every single compression matters. Automated CPR devices provide continuous, hands-free compressions that meet AHA guidelines, allowing emergency responders and healthcare professionals to maintain high-quality CPR without the risk of fatigue or human error as outlined above.
Plus, because Michigan Instruments’ automated CPR machines are so easy to set up and use, caregivers can quickly transition from manual to automated compressions, minimizing interruptions and ensuring that the patient receives optimal care.
What Defines High-Quality CPR?
The American Heart Association (AHA) has specific criteria for high-quality CPR in order to maximize its life-saving potential. These guidelines include:
- Compression fraction >80%: Ensuring compressions are continuous with minimal interruption
- Compression rate of 100-120 per minute: Achieving an ideal pace for effective blood flow
- Compression depth of at least 50 mm (2 inches) in adults and at least 1/3 the AP dimension of the chest in infants and children
- Minimal interruptions: Ensuring consistency throughout resuscitation
- Avoiding excessive ventilation: Preventing complications from too much air intake
Maintaining these standards manually can be both physically and mentally exhausting. Automated CPR machines provide the consistent force, rate, and depth needed to meet these standards without interruption.
Automated CPR Saves Lives
Michigan Instruments has been a pioneer in CPR technology for over 60 years. Our devices have helped countless healthcare providers, emergency medical technicians, and first responders deliver uninterrupted, high-quality CPR to patients in need. Our commitment to quality and innovation in hands-free CPR technology empowers medical professionals to deliver the best care when it matters most.
We offer two automated CPR devices, including:
- Life-Stat: Engineered for precision and ease of use, the Life-Stat Automated CPR Machine is the only CPR device on the market today that meets the AHA CPR guidelines for both chest compression and ventilation.
- Thumper: A lightweight, portable automated CPR device designed for rapid deployment in emergencies, making it ideal for on-scene and in-transit resuscitation.
With these devices, medical personnel can focus on additional life-saving interventions, confident their patients are receiving effective, uninterrupted compressions.
Rely on Michigan Instruments for Your Automated CPR Needs
CPR can save lives—and automated CPR can make all the difference in critical situations. Interested in learning more about how our Life-Stat and Thumper devices can help you deliver high-quality CPR? Contact Michigan Instruments to explore how our automated CPR solutions are transforming cardiac emergency care and supporting medical teams around the world.
