Tag: Threadlift

A thread lift is a minimally invasive procedure that tightens face skin. Health Canada authorizes it, and At the hairline, very small threads are inserted into the facial tissue to function as temporary sutures that are pulled tight to create a noticeable facial lift. As we age, we naturally lose face skin thickness, muscle mass, and collagen and elastin protein breakdown. Thus, in addition to elevating the skin, threads combat aging by activating a biological healing response that results in significant collagen influx at the treatment site.

Thread lift operations are classified into polydioxanone (PDO) threads and poly L-lactic acid (PLLA) threads. At GlowDerma, we provided these treatments utilizing biocompatible PDO threads and engineered them to dissolve naturally in the body.

Typically, the operation takes around 30 minutes to complete, after which you may resume your daily activities. During your private consultation, we will determine which portions of your body have loose skin or are creasing and which areas might benefit from a lifting surgery. Along with your aesthetic objectives, we decide the location and cost of the thread lift.

Because the Thread lift only needs a local anesthetic, it may be performed at a medical spa. The Threads efficiently lift a piece of the face and are secured under the skin. The Threads stimulate the body’s collagen and elastin production, resulting in a long-lasting therapeutic effect. Over time, the threads themselves deteriorate.

Following a Thread Lift, you may experience the following:

bruises and stiffness, which should subside within two days.
Swelling that may continue for up to two weeks.
Some discomfort and agony. We make great efforts to assure our patients’ comfort by administering local anesthetics, using distraction devices, and periodically assessing your comfort during treatment. Additionally, we urge that you take some acetaminophen before the treatment.
The duration of this process is 1.5-2 years. After six months, the threads will gradually degrade to become collagen.