High-quality CPR is the foundation of cardiac arrest care. In most situations, trained providers will deliver manual chest compressions when they can do so safely and effectively.
But not every resuscitation is equal. Here are some situations that create a challenge when providing manual CPR.
During Patient Transport
Performing manual CPR inside a moving ambulance presents challenges for both patients and responders. Space is limited, the vehicle is moving, and providers may have difficulty maintaining a stable position while delivering consistent compressions.
The AHA identifies patient transport as one situation where mechanical CPR may help support CPR quality as manual compressions may be difficult to perform safely. Agencies should consider factors such as transport time, crew safety, available personnel, and the potential for interruptions when deciding whether to use mechanical CPR.
Michigan Instruments mechanical CPR devices are designed for use during transport, providing consistent compressions while allowing responders to focus on other aspects of patient care.
In Confined or Difficult-to-Reach Spaces
Cardiac arrests do not always happen in locations where providers can easily position themselves beside the patient. Resuscitation may take place in confined spaces, during search and rescue operations, or in other unusual environments.
The AHA specifically recognizes confined spaces and special transport situations as circumstances where alternative CPR techniques may be needed. Mechanical CPR can provide another option when the environment makes standard manual compressions difficult or unsafe.
During Prolonged Resuscitations
Manual CPR is physically demanding, and fatigue can make it more difficult for providers to maintain consistent compressions over an extended resuscitation.
Mechanical CPR can provide consistent compressions without relying on a provider to maintain physical effort throughout the entire resuscitation. This can allow other members of the care team to focus on airway management, medications, rhythm assessment, and other critical tasks.
When Crew Safety Becomes a Concern
Provider safety is another important consideration when determining how CPR should be delivered.
Moving vehicles, unstable environments, difficult patient locations, and other logistical challenges can make manual compressions more difficult or increase the risk to responders.
Supporting the Care Team
Cardiac arrest management requires more than chest compressions. EMS providers may also need to manage the airway, administer medications, analyze cardiac rhythms, communicate with receiving facilities, and prepare the patient for transport.
When mechanical CPR is appropriate, it can help reduce the physical demands of continuous compressions and give providers greater access to other aspects of patient care.
Michigan Instruments Life-Stat® is an oxygen-powered mechanical CPR system designed to provide consistent compressions for adult cardiac arrest patients, while also allowing the space to utilize an AED without losing compression time.
Choosing the Right Approach for the Situation
Every cardiac arrest is different. Manual CPR remains fundamental to resuscitation and Mechanical CPR is not intended to replace manual CPR. Instead, mechanical CPR may be considered when high-quality manual compressions are challenging or dangerous.
EMS agencies should consider their protocols, available personnel, transport conditions, training, and patient circumstances when determining when mechanical CPR may be appropriate.
Life-Stat® provides EMS teams with an oxygen-powered mechanical CPR option for situations where manual compressions may be challenging, including transport and extended resuscitations.
Contact Michigan Instruments to learn how Life-Stat® can support your EMS team’s cardiac arrest response.
