(FIS)
Fluid Immersion Simulation™
State of the art pressure redistribution technology. Our advanced microprocessor-driven system analyzes the pressure waveform generated by the patient while sinking into the mattress surface. It then precisely adjusts air density in the mattress to simulate immersion in a fluid medium. This mimics floating in water and dynamically reduces undesired soft tissue deformation.
Realtime Analysis
Inputs are dynamically analyzed and adjusted by powerful microprocessors
3D Waveform Analysis
Advanced modeling allows for true three-dimensional axis control and adjustment
Pressure Relief
Anti-Support Surface technology simulate and suspend a body in a fluid environment
VIDEO PRESENTATION
Watch Our Video
Click the play button to view video introducing you to our technology. You can also view our Harbor Branch or Dolphin Transport videos.
Technology Background
Fluid Immersion Simulation™ is a state of the art pressure redistribution technology. It incorporates concepts from physics like Boyle's Law (Air Viscosity) and the Archimedes Principal (buoyancy) into algorithms that simulate immersion in a fluid. By using a microprocessor and sophisticated dynamic pressure waveform analysis software, the system is able to analyze in a three dimensional volumetric format the anthropometric characteristics (shape) of a patient engaged on the mattress.
By providing active feedback and detection and correction for the support surface based on the mass and area in contact with the surface, the system is able to approximate immersion in a fluid medium. Consequently, the supported object is truly floating, cradled in a simulated fluid environment without experiencing soft tissue strain. CT and PET scans verify the system's ability to maintain normal tissue symmetry. FIS™ has been further validated by perfusion studies that demonstrate the system's ability to maintain micro-circulation to peripheral tissue which is critical when trying to prevent or heal deep tissue injury.