Protekt Aire 9900-36- Low Air Loss/Alternating Mattress System

Protekt Aire 9900 Features:

• True low air loss technology
• User-friendly control panel
• Multiple widths available
• Up to 1,000 pounds weight capacity

The Protekt Aire 9900 Mattress System with Alternating Pressure and Pulsation is an advanced medical solution designed to address the needs of patients requiring effective pressure redistribution and optimal comfort. With an impressive airflow capacity of 1275 liters per minute, this mattress system offers 'true' low air loss, ensuring a therapeutic environment for patients. The state-of-the-art micro-controller technology plays a crucial role in monitoring blower speed, allowing for precise pressure settings.

The user-friendly control panel, equipped with dome keys and an LED display, offers a simple interface for clinicians to customize pressure redistribution based on patient weight. The alternating pressure cycles, ranging from 5 to 30 minutes, provide flexibility for healthcare professionals to tailor the therapy to individual patient needs, promoting skin surface interface and overall comfort. The cell-on-cell mattress design ensures patient safety by preventing bottoming out in the event of a power failure, and the automatic fowler feature adjusts air flow when the patient is in an upright position.

Furthermore, the Protekt Aire 9900 comes with additional safety features such as audio/visual alarms for power outage or low pressures. The internal memory retains current settings during power outages, and a lockout key prevents tampering with patient settings. The mattress system is equipped with a fluid-resistant, anti-microbial/anti-bacterial nylon top cover that adds a layer of comfort and hygiene. With optional air bolsters available in various widths (42”, 48”, 54”, and 60”), and a weight capacity of 1,000 lbs, this mattress system ensures versatility and durability. Backed by a 2-year non-prorated warranty, the Protekt Aire 9900 Mattress System is a reliable and comprehensive solution for patient care.