Achieve firmer skin and flawless texture on the lower face.
The signs of aging are often not limited to facial volume loss and wrinkles. As we age, we also tend to experience changes in skin texture. The 360° neck lift, also known as a lower face and neck lift, is a laser procedure designed to rejuvenate the appearance of the lower face and neck by addressing sagging skin, wrinkles, and excess fat. It is called a “360°” neck lift because it treats the entire circumference of the neck.
What to expect?
Fotona SP Dynamis is a state-of-the-art laser system capable of providing personalised and specific treatments. The Fotona 360 Neck Lift procedure uses two different wavelengths, such as Nd:Yag and Erbium lasers, with the most appropriate setting to create long-term skin tightening and remodelling results in this area of the body. This triggers the body's natural regenerative response and stimulates the formation of new collagen and increased cellular activity. As the structural support of the neck skin is improved, the skin appears firmer and wrinkles are reduced.
The effects?
These effects continue to improve for up to 3 months after laser skin tightening treatment, as the skin's natural collagen reserves gradually replenish. Each patient is different and may require approximately 3 to 5 treatments, or as many as deemed appropriate.
Collagen production
The decrease in collagen production in the neck leads to the formation of horizontal and vertical wrinkles on the surface of the skin around the platysma muscles. The skin loses its strength and elasticity with age, so it is common to see early signs of premature ageing.
Fotona SP Dynamis Laser
This laser incorporates two powerful laser modalities for treating the neck. People who suffer from sagging skin on the neck can rejuvenate and restore skin elasticity in a non-invasive way thanks to the Fotona Piano Mode laser neck lift procedure. This setting induces controlled, uniform thermal heating in the treatment area.
Piano Mode uses Nd:YAG to safely trigger bulk heating of the dermal tissues by increasing the skin surface temperature to 42°-45°C. High bulk heating in the subcutaneous tissue stimulates cellular response activity, known as photothermolysis. As collagen and elastin production increases in the dermal structures, skin remodelling is achieved.
