34 X 18.5 X 33IN FLUIDTHERAPY DOUBLE EXTREMITY UNIT by Chattanooga Group (A DJO Company)


OEM#: FLU115D34 X 18.5 X 33IN FLUIDTHERAPY DOUBLE EXTREMITY UNIT by Chattanooga Group (A DJO Company)
Extremity Unit, 34 x 18.5 x 33in Dimensions, 0 to 100% (5% increments) Air Speed, 50/60Hz Frequency Range, Continuous and Pulsed Modes of Operation, 115 to 118° at 50% Air Speed Optimal Performance, Off to 6 seconds, On/Off Pulse Mode, Class I, Type B Safety Class, UL 60601-1 Sandards, 1 to 99 minutes and Continuous Treatment Time, Time, Temperature and Air Speed Variable Adjustments, 120V Voltage Rating, 11A Current Rating, 31 to 52°C Operating
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
- Fluidotherapy Dry Thermal Physical Agent That Transfers Heat to Soft Tissues by forced Convection
- Relieves Localized Pain, Increases Localized Blood Circulation, Increases Range of Motion
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
- Fluidotherapy Dry Thermal Physical Agent That Transfers Heat to Soft Tissues by forced Convection
- Relieves Localized Pain, Increases Localized Blood Circulation, Increases Range of Motion
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
- Fluidotherapy Dry Thermal Physical Agent That Transfers Heat to Soft Tissues by forced Convection
- Relieves Localized Pain, Increases Localized Blood Circulation, Increases Range of Motion
Fluidization causes finely divided particles to acquire the characteristics of fluid. Evidence-based guide to therapeutic physical agents. So how does this work? Fluidotherapy is a dry thermal physical agent that transfers its energy (i.e. heat) to soft tissues by forced convection. Evidence-based guide to therapeutic physical agents.
