A Silhouette thread lift is a type of minimally invasive facial procedure used to lift and tighten the skin. It can be used to treat sagging skin on the face, neck, and body.
The procedure involves inserting special threads into the skin. These threads are made of polydioxanone (PDO), a material that absorbs over time but also provides support to the surrounding tissue, resulting in an immediate lifting and tightening effect.
The Silhouette thread lift procedure typically takes about an hour to complete, depending on the areas being treated. During the procedure, tiny incisions are made in the skin and PDO threads are inserted through these incisions.
The threads are then pulled tight to lift and tighten the area being treated. The incisions are then closed with stitches or dissolve on their own over time.
The effects of a Silhouette thread lift typically last for up to two years, although some people have reported results lasting up to four years. After two years, most people will need to have another procedure done if they want to maintain their results.
The results of a Silhouette thread lift vary from person to person and depend largely on the individual’s skin type and lifestyle habits, such as sun exposure and smoking. People who take good care of their skin may experience longer-lasting results than those who don’t take proper care of their skin.
Overall, a Silhouette thread lift is an effective way to temporarily address sagging skin on the face, neck, and body with minimal downtime or side effects. Results typically last for two years or more when patients follow proper aftercare instructions and practice healthy lifestyle habits such as limiting sun exposure and quitting smoking if applicable.
Conclusion:
A Silhouette thread lift is an effective way to temporarily address sagging skin without major surgery or downtime. Results typically last for up to two years when patients follow proper aftercare instructions and practice healthy lifestyle habits such as limiting sun exposure and quitting smoking if applicable.