MINT™ PDO
Minimally Invasive Nonsurgical Thread
MINT™ PDO
Minimally Invasive Nonsurgical Thread
Collagen and elastin are important proteins that make up the skin’s support structure and maintain elasticity and youthfulness. However, as you age, your body takes longer to produce, so your skin sags and wrinkles. Thick nasolabial folds, deep smile lines, chin, and sunken cheeks all make you look older and tired. Prevention is the best way to keep your skin supple and supple.

What is MINT™?

MINT™ stands for minimally invasive non-surgical threads. A unique absorbable suture designed to approximate and immobilize saggy tissue. threads are made from polydioxanone (PDO), a safe suture material that has been used in orthopedic and cardiovascular surgery for over 30 years. Treatment involves minimal pain and minimal downtime, and results are immediately visible so you can immediately feel and look your best. It’s time to stop worrying and start rejuvenating!

Benefits Of Mint™ PDO

• Long-lasting results
• Little risk of adverse reaction
• Little to no downtime
• Minimal to no scarring 
• No incision
• Treats several areas of the face and body
• May be repeated as necessary
• Softens sagging, folding, or hollowing in the mid-face
• Softens jowls along the jawline
• Excellent alternative to surgical options
 

How do I know if I am a good candidate for MINT™ PDO?

For best results, the ideal skin layer should not be too thin, too thick, or uneven. The skin should be thin enough for the MINT™ PDO to be visible and thick enough that the threads are not too close to the skin surface. One way to test this before consulting our doctor is to lie down and see if you like the shape of your face. This is because it can be a good indicator of how effective MINT™ PDO is. Finally, check with our doctor if you are the best candidate for the MINT™ procedure.
 

How safe is it?

MINT™ threads are made from complex sugar polydioxanone (PDO), a safe suture material used in orthopedic and cardiovascular surgery for over 30 years. In addition, MINT™ is backed by over 6 years of published safety studies on and is the first and only PDO suture to receive dual FDA approval in the US market.

What kind of results can be achieved with MINT™ PDO?

Instant MINT™ AOP results. You don’t have to wait weeks or months to see your results. While individual results may vary, general results obtained with MINT™ PDO include:
 
• Heart shaped, higher cheekbone contour
• Exotic, cat eye contour
• Snatched, defined jaw line
• Softer smile lines
• Softer eyebrows
• Smoother neck lines

How long does the MINT™ PDO procedure take?

The procedure takes an average of one hour but can take anywhere between 45 minutes to 90 minutes. Patients will see immediate results after the procedure that can last up to 1 year.

Before and After

FAQ

MINT ™ PDO threading is a minimally invasive surgery that does not require the patient to undergo general anesthesia or a large incision. There are small thorns that are strategically placed and shaped around the thread. When the suture is inserted into the skin, the thorns are fixed to the loose skin and the suture can be manipulated for a naturally youthful and clear look. In addition to improving the appearance of loose skin, PDO (Polydioxanone) promotes collagen stimulation and angiogenesis, improving skin elasticity, texture, fine lines and volume for timeless rejuvenation. increase.

MINT ™ is an absorbent thorny polydioxanone (PDO) suture that has been shown for use in soft tissue approximation. With decades of surgical safety records, PDO is a safe ingredient used in orthopedic and cardiovascular surgery for wound closure. PDO is a safe ingredient that is completely absorbed by the body by hydrolysis, causing minimal tissue reaction and tissue trauma. In addition, MINT ™ is the first and only PDO suture to receive two FDA approvals in the US market, backed by more than 6 years of clinical trials for its efficacy and safety.

Unlike traditional sutures, which cut the spines from the integral core of the thread, MINT ™ is made with an innovative patented technology that compresses the spines onto the surface of the thread to maintain structural integrity. Arranged in a 360 degree spiral, the barbs are designed to maximize tensile and anchor strength and secure to soft tissue 3D structures for effective and high performance approximation.