Exclusive Deal Preservetech Lateral Rotation System With On Demand Low Air Loss - Us Warehouse [XgSkLwpW]

Exclusive Deal Preservetech Lateral Rotation System With On Demand Low Air Loss - Us Warehouse [XgSkLwpW]

The PreserveTech Lateral Rotation System is a revolutionary combination therapy system designed to enhance patient comfort and aid in the prevention and treatment of pressure injuries. This versatile, portable system integrates lateral rotation and low air loss technologies, creating an optimal micro-climate for patients while promoting pulmonary blood flow and mucosal drainage. With its advanced features, the LS9500N is an invaluable tool for healthcare providers and caregivers seeking a comprehensive solution to pressure injury management.

Key Features and Benefits

• Combination Therapy: The system combines lateral rotation and low air loss to promote overall patient health.
• Customizable Comfort: With 20 individual split air cells and adjustable turning angles, the mattress ensures optimal patient comfort.
• Enhanced Safety: The 2" foam base and 10" high side air bolsters offer fall prevention and protection during power outages or system failures.

The on demand low air loss feature wicks away moisture and humidity, maintaining an optimal micro-climate and reducing the risk of pressure injuries. Additionally, the removable, anti-microbial and fluid-resistant cover further protects the patient's skin from friction and moisture.

Product Specifications and Practical Uses
The PreserveTech LS9500N is designed to accommodate a wide range of patients, with a weight capacity of 500 lbs. Key specifications include a 50 LPM pump airflow, 10/20/30/60-minute adjustable turning cycles, and a 120/60Hz pump power. This advanced system is suitable for various practical uses, including hospitals, nursing homes, and homecare settings. With its built-in side loop cable management system, audio and visual alarm alerts, and easy-to-use design, the LS9500N is a reliable and user-friendly solution for managing pressure injuries.