A Silhouette instaLift treatment could be for you. This is a non-invasive procedure that uses stitches to lift and tighten sagging, sagging skin. You can expect a natural-looking, long-lasting result because these sutures are resorbable.
Conical-shaped sutures make it easy to attach.
To lift and move sagging facial tissues, the surgeon uses tiny cone-shaped sutures. The sutures go under the skin and are strategically placed. For most patients, the procedure takes less than 45 min.
They are absorbable
Resorbable Silhouette InstaLift offers a nonsurgical facelift. It is performed only by a medical professional who has experience in performing facelifts. There are no side effects. There are some things you should know before you undergo this procedure.
They are bi-directional
Silhouette InstaLift involves a surgical procedure which lifts and holds the tissue underneath it with biodegradable staples. The surgeon does no need to cut or resorb the treated areas after the procedure. Bi-directional cones provide the best lift. The sutures are biodegradable, but the cost of silhouette instalifts is determined by the size of the treatment area.
They grab tissue
A SilhouetteInstaLift procedure can be performed by a physician to lift the sagging muscle. The procedure starts with topical anesthesia. The doctor will then place a suture-like thread in the underlying tissue. Next, he or she will lift the tissue to a higher level. The suture is then trimmed to a smooth look and usually completed within 30 to 45 minute. Patients can expect swelling, bruising and tenderness for up to seven days. Patients should not exercise for at least a week following the procedure as the threads will eventually dissolve.
They are usually less invasive and more comfortable than surgery.
Silhouette's InstaLift is minimally invasive and can correct moderate sagging or jowls. It can also improve skin firmness and elasticity. This procedure won't leave scarring like a traditional facial lift and will last for at least three years. The procedure is done under local anesthesia with minimal downtime.