Ultrasounds
device, with cavitation effect, enforced by a “cooled head” emission,
(our exclusive patent).
It is the ultimate, non-invasive equipment, for the treatment of cellulite.
Indeed the cavitation facilitates the removal of fat cells mainly throughout
the lymphatic and urinal systems, while the “cooled head” allows
the cavitation effect to use a lower ultrasound energy.
CAVITATION
AND ITS EFFECTS The cavitation is a physical phenomenon
occurring into liquids in turbulence condition, consisting in micro-bubbles
creation, filled with gas/vapour of the same liquid. This effect
can also be obtained through high energy ultrasounds (u/s). Indeed
the u/s, crossing the human body, tend to move the molecules
from each other and, if the energy is sufficient, the creation of
these micro-bubbles will happen.
These ones, imploding, give origin,
in the same micro-volumes, to very high temperature, pressure and
heat exchange in fractions of microseconds. In our case, the effect
of cavitation on the body gives origin to a higher permeability
of fat cells whose contents (fat acids) will then be conveyed (to
be eliminated) to the lymphatic and urinary systems.
During the
US emission there is also a tissue heating which is rather irritating
and furthermore it causes an increase of the cavitation threshold
and consequently an increase of the required intensity of the u/s
to obtain the effect. To reduce this effect, our emitter is provided
with a cooled head (Patent n°PR2000A000067), in touch with
the skin, in order to reduce the temperature of the body under
treatment.
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CHARACTERISTICS
OF THE DEVICE
- Absorbed power 280 VA
- Dimensions 40 x 40 x 145 (h) cm
- Weight 25 kg
- Peak power 25 W adjustable from 10 to 100%
- Specific power emitted Max 2W /cm2
- Ultrasound frequency 25 kHz
- Mode of emission Continuous or modulated emission, with sweep mode
- Emission head diameter 6,2 cm
- Emission head effective area 30 cm2
- Emission time Programmed up to 30 consecutive minutes
- Head cooling Adjustable from -5° to +20°C Peltier effect