ObboMed OB-1600 UtilityAir Medical Air Mattress - Alternating Pressure Self-Rotation with Low Air Loss for Ulcer Prevention
Description
The OB-1600 is a 6-inch deep mattress designed with a single air layer to provide alternating pressure therapy for patients. It features 7-inch high side bolsters that act as protective barriers to help reduce the risk of rolling out of bed. The system includes an intuitive control panel that allows caregivers to easily adjust air pressure, select operating modes, and monitor alerts. Its alternating function periodically inflates and deflates air cells to redistribute pressure, protect the skin, enhance comfort, and help prevent pressure ulcers.
15° Self-lateral Rotation
Utilizing specialized air cells, the mattress provides a 15-degree self-lateral rotation by continuously inflating and deflating specific cells. This gentle wave-like motion redistributes the user’s weight, helps improve sleep, alleviates pressure points, stimulates blood circulation, and aids in the prevention of bedsores.
Patient-Centered Safety Design
The mattress incorporates a sinking feature that lowers the surface up to 4 inches, plus patented 4″ guardrail to create a 8-inch deep soft barrier. This design ensures patient centralization during alternating pressure and self-lateral rotation, maintaining safety even during 40-degree rotations while allowing easy access for caregivers.
Dynamic True Low Air Loss (LAL) Therapy
Positioned beneath the cover layer, the Dynamic LAL system delivers airflow at 15 liters per minute combined with a built-in airflow fan, this powerful ventilation system effectively removes moisture and regulates moisture and heat around the patient’s skin, helping to maintain a dry and comfortable microclimate. The result is enhanced comfort and improved skin protection—especially vital for individuals of all ages dealing with stage 1 to stage 4 pressure ulcers.
Fowler & Seating
The Fowler function enhances support in the seat and torso sections when the head of the bed is elevated. This design aims to prevent patients from bottoming out, ensuring consistent support and reducing the risk of pressure injuries in seated positions.
Features
