3D meso threads

3D meso threads is a new advanced method of lifting, rejuvenating and tightening the skin.

It presents a non-operative procedure which yields excellent results and has become a new trend in cosmetic medicine. 

3D meso threads tighten the skin of face and body, reduce wrinkles and also give younger and natural look.
It is used for remodeling of face and body.

Apart from this, it is also used for other parts of the body such as: neck, cleavage, breasts, stomach, inner loins and knees.

How is this procedure carried out

This procedure is carried out by using  specially designed degradable fibers to lift, rejuvenate and tighten the skin. 

3D meso threads are introduced under the skin with a needle thus building a network of threads which triggers the production of new collagen.

After introducing a needle under the skin, the thread remains under the skin and the needle is removed. The threads are completely absorbed after six months.

3D meso threads stimulate the production of new collagen and increase the blood circulation which rejuvenates the skin resulting in skin rejuvenation.

The procedure is neither painful nor uncomfortable although some sites can be a bit sensitive.

Anesthetic creme or less frequently dentist’s anesthesia is used for preventing the pain.

Improvements of skin quality are visible immediately after the treatment. 

Great advantage of this method is that in just 30 minutes it makes patients look younger for at least 5 years.

Experts: Cosmetic, plastic and reconstructive surgery

• 

  Dr Dr. Pajević Lazar

  Plastic and reconstructive surgeon specialist Founder of the Atlas general hospital
• 

  Dr Dr. Shehab Awad

  Doctor of Medicine, specializing in Plastic and Reconstructive Surgery
• 

  Dr Dr. Urošević Aleksandar

  Plastic and reconstructive surgeon specialist
• 

  dr Mirković Ivana

  MD Specialist in plastic and reconstructive surgery  
• 

  Dr Nemanja Milovanović

  Plastic and reconstructive surgery specialist and doctor of aesthetic and anti-aging medicine