ResMed S8 Elite™ II
Discover Quiet
The S8 Elite™ II is the premium CPAP device in ResMed's new S8™ Series II. The S8 Elite™ II CPAP delivers continuous positive airway pressure (CPAP), remote data downloading capabilities, and a compact, all-in-one system that is ideal for travel or for home.
H4i™
Compact Fully integrated humidification - compact without compromise
Designed to provide heated humidification and form a seamlessly integrated unit when attached to the ResMed S8™ series.
The combination of an S8™ and H4i™ provides the first compact system offering truly integrated humidification.
ResMed's H4i™ is designed to offer relief from the symptoms of dryness and congestion associated with CPAP therapy without compromising therapy effectiveness and ease of use.
Features & Benefits
- Includes new EPR™ (expiratory pressure relief) mode which drops pressure on exhalation so breathing feels more "natural"
- Choice of fixed CPAP or EPR™ mode for maximum comfort with control
- Superior features and modular design for streamlined inventory and easy setup
- Customizable patient reminders for accessory replacements and provider callbacks
- Comprehensive efficacy and usage data helps you monitor critical trends
- Remote downloading capabilities with ResScan™ Data Card simplifies follow-up
- Compact, robust design is portable and user-friendly for patients
- Inbuilt power supply and auto mains switching or DC input is ideal for patient travel. Ramp and settling options enhance comfort and help improve compliance
- Optional integrated humidification with the H4i™
EPR™ (expiratory pressure relief) is the most advanced compliance booster available for continuous positive airway pressure (CPAP) therapy. EPR™ provides you with a way to improve patient comfort and compliance without compromising therapy effectiveness.
When the patient exhales, the S8™ flow generator detects the beginning of exhalation and reduces motor speed to drop pressure. The patient or clinician chooses one of three comfort levels to determine the degree by which pressure will drop.
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