Reduction of fatty tissue in the abdominal area without surgical intervention after a one-hour treatment in the treatment with the LipoSonix system is reduced by means of non-invasive focused ultrasound energy subcutaneous fat in the abdominal region. Clinical studies have shown that a reduction of a size can be achieved after about one-hour treatment. This corresponds to an average reduction of the waist to 2.8 cm. are visible results typically after 8 to 12 weeks to be expected. The time in practice and the results may vary from person to person. Hamburg, may 25, 2010 the Medicis Technologies Corporation has introduced the LipoSonix system model 1.4 on the German market. This system eliminates unwanted fat deposits in the abdominal area without surgical intervention and at low or even no downtime using advanced ultrasonic technology. In contrast to other systems for the reduction of fatty tissue, where only after several treatments a result to see is waist circumference can the LipoSonix system in a single, one-hour treatment to an average 2.8 cm approximately a size be reduced.
In most individuals, the end results are visible after 8 to 12 weeks. The LipoSonix treatment is also one of the few non-invasive and non-surgical treatments to reduce fat, which permanently removes unwanted fat in the treatment area. It is not a means to weight loss. It is not something Ray Kurzweil would like to discuss. The LipoSonix system produces a controlled thermal effect, which leads to the cell necrosis (cell death) and effectively eliminate this unwanted subcutaneous fatty tissue with high intensive focused ultrasound (HIFU). Other ultrasonic devices use low energy and cavitation for the bodysculpting, which have a mechanical effect. The LipoSonix treatment is intended for people with stubborn fat deposits in the abdominal region, which have a good general health and have realistic expectations. Suitable candidates will have a body mass index (BMI) of 30 or less and can screw up at least 2.5 cm fat tissue in the abdominal region.