What is HIFU SygmaLift?

High Intensity Focal Ultrasounds (3D Spatula)

High Fractional Focused ultrasound, to concentrate up to 1,000 intersecting beams of ultrasound energy with extreme precision on a target depth in the body. Much like a magnifying glass can focus multiple beams of light on a single point. Where each individual beam of focused ultrasound passes through the tissue, it has a progressive thermal effect down to the adipose tissue to stimulate fat lyses.

The 3D Volume effect - The sound waves are generated by conversion of electric energy into mechanical energy by gold piezoelectric crystals, which change shape in an electric field. The dimensional change causes pressure waves that will design the focal beams shape in 3D. Such progress allows to activate the energy delivery not only on the top line "purple area" on the graph but also on the "blue area" on the graph. Making a V shape delivery in double chin and cheeks area.





Focal ultrasounds in three-dimensional (3D) technology expand to the face lifting and V-facing. This innovation is able to treat volume that contains every conceivable plane (X,Y,Z angles) within region of interest such as double chin or cheeks, It delivers more power and add clinical benefit to target submental and jawlines areas.


Focal Ultrasound in Circular Flux (3D Trifoca)

3D SygmaLift Triple Micro Focal Ultrasound, to stimulate in triple mode progressively in various deepness of the skin for tissue regeneration, Focal ultrasounds have been shown clinically to be an effective non-invasive method for the stimulation of bioactivity. Secondly, HIFU rejuvenation leads to denature of collagen by mechanically heating the dermis and stimulation of collagen synthesis. Results are progressive in time. Complete skin rejuvenation requires approximately 6 weeks to the dermis

Intensive Cold Laser

Scanning Diode Laser 635 nm, Lasers are based upon a principle of physics, wavelengths. To be considered "therapeutic" they must have a wavelength between 630 and 905 nanometers (nm). The strength of the wavelength determines how deep into the tissue the laser can reach. Lower-level lasers are used for superficial skin treatment, while the higher wavelengths stimulate the deeper cells and tissue