Zoll AutoPulse Resuscitation System

The ZOLL AutoPulse Resuscitation System is a battery-powered, automated chest compression device designed for high-quality CPR in prehospital and in-hospital settings. With its auto-adjusting LifeBand compression system, it delivers consistent, full-chest compressions—even during patient movement—helping improve perfusion and reduce interruptions compared to manual CPR.

Overview

AutoPulse uses a load-distributing thoracic band that wraps around the patient’s chest and compresses it by ~20% of anterior-posterior depth, at a rate of ~80 compressions per minute. Its platform automatically sizes to the patient and maintains continuous compressions—even during transport down stairs or tight spaces—making it a uniquely mobile CPR solution.

Key Features

• Automated, full‑chest load-distributing band (LifeBand) for consistent compressions
• Continuous compression mode or 30:2 CPR selectable
• Quick‑deploy design with compact platform and grab handles for rapid use
• Battery‑powered and transport‑capable—minimal interruption even during movement
• Auto-sizing compressions up to 142 cm chest circumference (AutoPulse NXT compatible)
• Rechargeable battery and charger included (two battery kit available)
• Reusable platform with disposable LifeBand compression band per patient
• Field and hospital ready with rugged Quick Case transport bag

Product Specifications

• Model: 8700‑0730‑01
• Compression depth: ~20% chest depth
• Compression rate: ~80 compressions per minute
• Chest circumference: Auto-adjusts up to ~142 cm (AutoPulse NXT)
• Components: Reusable platform, disposable LifeBand, rechargeable battery, Quick Case
• Power: Battery-operated with charger—supplements up to ~40 minutes continuous use per battery
• Weight & Size: Approximately 38″ × 19″ × 5″ platform size
• Certifications: FDA-cleared (Model 100), IEC/AAMI compliant

Ideal For

• Emergency Medical Services (ambulance, fire, rescue squads)
• Hospital emergency departments, ICUs, ORs, and cath labs
• Patient transport scenarios (e.g., stairwells, elevators, stretchers)
• Advanced cardiac life support teams seeking high-quality CPR during movement
• Facilities requiring consistent compression quality and reduced rescuer fatigue