CellSonic VIPP, Руководство пользователя

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Electrohydraulic pressure pulses have proven effective for treating musculoskeletal
conditions below the skin surface (heal spur, calcified shoulder, patellar tip syndrome,
non
- union fractures, and wounds). Radial unfocused pressure waves have proven to be
effective only for conditions near the surface (tennis elbow and achillodynia).
Pressure pulses are generated when voltage jumps between
electrodes in a spark plug in an aqueous medium and produces a
sonic
“ bang. ” Then the pulses are focused by the parabola in the
shockhead to the area being treated.
The essential feature of a most successful pressure pulse is that it has a sudden rise of
decibels; the fastest method is achieved by use of a spark plug so voltage jumps a gap in
electrodes.
As the technology has evolved, the terminology has yet to catch up. CellSonic VIPP is
different in that it generates a
very intense pressure pulse (VIPP). These intense pulses
are generated at a rate of 4 per second. The rise time – the amount of time it takes for
the pulse to reach maximum pressure – is faster than other machines on the market.
Decades of observation in the therapeutic arena demonstrate that what matters most is
the suddenness of the rise time
– the speed at which the pressure has increased when it
hits the cell.
Two features make the CellSonic VIPP unique in the field: its fastest rise time, and its
generation of an electromagnetic field which is capable of penetrating bone.
As pressure pulses travel through the body, no harm is done to healthy cells; they
withstand the pressure and react by signaling the body to initiate a healing response.
But it
’ s a different story when it comes to infectious agents.
Chronic nonhealing wounds, for example, have problematic infectious agents. When
treated with CellSonic VIPP, antibiotics are not needed because the pressure pulses
kill bacteria, viruses, and fungi.
Pressure
Rise Time
Peak Pressure
Time