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| Basic Principle // Cavitation // Lipolysis // Technical Features |
| Basic Principle |
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Therapeutic, high-frequency ultrasound
(1 to 3 MHz) was utilized for a longer time due to its analgesic, coagulative and antifibrotic characteristics.
However, as the desired effect on the subcutaneous fat tissue could not be achieved with high-frequency ultrasound during the treatment of lipodystrophy, low-frequency ultrasound is now used in this field.
Ultrasound technology is noninvasive , does not utilize radiation and does not cause complications such as bleeding, infections or other reactions frequently caused by chemical substances.
A clinical study was conducted with the objective of determining the effectiveness of low-frequency ultrasound in the treatment of subcutaneous fat tissue.
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