Dolphin Fluid Immersion Simulation® Stretcher System

Joerns

SKU:DLPH-3176OSDMJ-KIT

Regular price: $29,128.00
Sale price: $29,128.00
Regular price

In Stock & Ready to Ship

All Orders are shipped with1-2 business days. Product ETA 5 to 7 business days.

The Dolphin Fluid Immersion Simulation® (FIS) Stretcher System provides advanced patient support and care, especially during transfers in critical medical settings. Using groundbreaking fluid immersion simulation technology, the stretcher pad conforms to each patient's unique body shape, weight, and movements, ensuring optimal pressure redistribution and pain relief without manual adjustments. Its automatic therapy control box constantly adjusts the surface, promoting healthy blood flow, preventing pressure ulcers, and improving patient outcomes. This system is ideal for treating wounds, including burns, grafts, and pressure ulcers, while delivering exceptional comfort and pain management.

Key Features:

Automated Adjustment: The system automatically adapts to each patient’s weight, body contours, and movements, ensuring individualized care.
Unmatched Pressure Redistribution: Redistributes pressure, reducing tissue deformation and improving blood flow, ideal for wound treatment and prevention.
Continuous Therapy: Even during transfers, the system delivers effective therapy, helping reduce the risk of pressure ulcers.
Breathable Material: Made with moisture-wicking, low-shear fabric to keep patients dry and protect their skin from maceration.
Long Battery Life: Equipped with a rechargeable battery backup that lasts up to 12 hours in case of power failure, ensuring uninterrupted patient care.

Who Should Use the Dolphin FIS Stretcher System?

Critical Care Patients: Offers continuous pressure relief, minimizing risks of pressure ulcers during transport or patient movement.
Post-Surgical Patients: Ensures optimal support and wound healing conditions during recovery and transfer.
Patients at Risk of Skin Breakdown: Ideal for those requiring advanced wound care and skin protection during prolonged transfers.