The EleGARDTM System

The EleGARDTM Patient Positioning System

The EleGARD Patient Positioning System is intended to assist in elevating the head and the thorax of a patient from a supine position into a multi-level elevated position with the head above the thorax and the thorax above the lower body and extremities, and may be used during various procedures, i.e., airway management procedures, CPR, etc.

The EleGARD System is the only device that precisely, rapidly, and consistently positions the patient for CPR and airway management and raises the patient into multi-level elevation positioning to support the practice of the ElevatedCPR method in the pre-hospital and hospital settings.

1. Moore, et al., Circulation, 2019

2. Rojas, et al., NAEMSP, 2019

3. Frascone, Gathering of Eagles, 2019

The EleGARD Patient Positioning System has been released for human use, and commercial orders are being accepted for delivery beginning in June 2019. Visit our Events page for upcoming meetings where you can see and learn more about the EleGARD System.

Components of the EleGARD System

Mouse over the numbered blue circles to learn more about the EleGARD System.

1. Base with Circumferential Handles
2. Lower Back and Thoracic Plates
3. Adjustable Head and Neck Support
4. Neck and Shoulder Stabilizer Cushion

5. Control Panel
6. Back Plate Holder
7. Back Plate Release Knob
8. The Battery and Battery Charger
9. Carrying Case

Thank you for your interest in the EleGARD™

Latest News

Poster Presentations at American Heart Association’s Resuscitation Science Symposium Demonstrate Improved Survival, Improved Cerebral Perfusion Pressure with Controlled Sequential Elevation

November 20, 2019

[November 18, 2019 Minneapolis, MN] Two posters presented this weekend at the American Heart Association’s Resuscitation Science Symposium demonstrate the benefits of device assisted head up CPR using controlled sequential elevation, which is a hallmark of AdvancedCPR Solutions’ ElevatedCPR® Method.Controlled Sequential Elevation of the Head and Thorax Rapidly Achieves 50% of Baseline Cerebral Perfusion Pressure During Active Compression-Decompression Cardiopulmonary Resuscitation With an Impedance Threshold Device in a Swine Model of Cardiac Arrest, by Carolina Rojas-Salvador, was

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