What is HIFU? (High Intensity Focused UltraSound)
HIFU is a highly precise medical procedure, using an ultrasound with high intensity. The technology was first used for high intensity heating and destroying pathogenic tissues and as a physiotherapeutic approach.
In the last decade a new use of the HIFU was adopted for lifting, firming and rejuvenating the skin in dermal and deep structural levels.
The energy reaches the needed depth of the skin without damaging the surrounding tissue and as a result tightens and firms the skin of the face and neckline.
Unlike other devices for firming and rejuvenating the skin such as lasers, radiofrequencies and IPL (Intense Pulsed Light), which affect the different layers of the skin, HIFU technology reaches the superficial muscle aponeurotic layer, also known as SMAS. It’s made of collagen and elastin fibres and graphically can be compared to a supporting structure (frame), supporting the face’s soft tissues. In time the collagen in the SMAS layer decreases and as a result the skin starts to sag and wrinkles and lines form. Here is why, to achieve an effective lifting of the skin, the collagen fibres should be affected on a level of SMAS structure.
History of the HIFU technology
The high intensity focused ultrasound was presented for the first time in 2010 and since then has gone through three modifications in order to perfect the technology. In September 2011, the company Hironic launches its first improvement of the innovative appliance with the debut of HIFU Doublo. Except for modernizing the technology, the new high intensity ultrasound offers to the patients a lower price, better clinical results and the components with the best quality.
At the end of 2016, HIFU Doublo underwent serious changes and reached its golden standard for innovative medicinal appliances. HIFU Doublo Gold is a medicinal breakthrough in ultrasound lifting of the face and body, reaching the muscle itself. The technology gives out energy two-way, without interrupting the wave activity, and in this way speeding up the regenerative process and makes the procedure tolerable for the patient.