If you’re looking for a Mepitac silicone tape review, you’re in the right place!
Silicone tapes like Mepitac can help minimize scarring after surgery and improve your skin’s natural wound healing process.
That’s because silicone is clinically proven to reduce scars from surgery (including C-sections and tummy tucks), accidents, cuts & scrapes, burns, and even acne. (1)
Silicone gels and sheets are recommended by most dermatologists and plastic surgeons (as well as the International Advisory Panel for Scar Management). (1)
Unlike rigid silicone sheets, silicone tapes offer enhanced flexibility and comfort. They are easier to work with and usually cost far less than silicone gels or sheets.
Keep reading for my full review of Mepitac Silicone Tape!
Mepitac Silicone Tape Review
A great & affordable option for post-surgery scar management.
- Reduces scar height & size
- Restores normal skin color
- Comfortable to wear
- Flexible & self-adhesive
- Excellent reviews
- Results require patience
- Not suitable for scars on your face, hands, or other visible parts of your body
To Keep A Long Story Short...
Mepitac is a brand of silicone tape distributed by Mölnlycke, a global pharmaceutical company based in Sweden.
Silicone is clinically proven to minimize the appearance of scars from surgery, trauma, burns, injuries, or acne.
Compared to silicone sheets, silicone tapes are more flexible and less likely to fall off. They are suitable for long scars on your body (such as surgical incisions) and uneven areas where silicone sheets are hard to use (such as your arm, shoulder, knee, etc.).
Finally, silicone tapes are usually quite affordable (especially online!).
What is Mepitac Silicone Tape?
Mepitac is a brand of silicone tapes created by Mölnlycke, a global pharmaceutical company based in Sweden.
It’s used in healthcare for wound dressing and affixing medical instruments (tubes, probes, electrodes, IV cannulae) to fragile and sensitive skin (such as newborns).
Due to its silicone content, Mepitac is an excellent product for scar prevention.
- Silicone adhesive
- Non latex
- Soft and breathable fabric
- Moisture proof
- Easy to reposition
- Helps prevents scars after surgery
- Encourages normal wound healing
- Comfortable to wear
- Easy to cut into different lengths
- Very affordable
- Hypertrophic scars
- Surgical scars (including C-section)
- Scars from trauma, burns, or injuries
- Scars on the face, hands, and other visible areas
Mepitac Silicone Tape Formats
How Does Mepitac Work?
Silicone is the #1 dermatologist and plastic surgeon recommended over-the-counter scar reduction ingredient, according to an independent market research firm. (2)
The International Advisory Panel on Scar Management has confirmed the clinical effectiveness of silicone for hypertrophic scars and keloids. (1)
Researchers believe that silicone works by hydrating and protecting the scar. This prevents skin dehydration which can contribute to abnormal scar formation. (3)
Mepitac Silicone Tape Reviews
"OMG IT WORKS!!!"
"Works great for me!"
Mepitac Silicone Tape is great for preventing new scars from surgery and very affordable. It’s easy to use and won’t fall off as easily as silicone sheets.
For scars on your face, hands, and other visible parts of your body, I recommend a silicone gel. My top pick for a silicone gel is NewGel+ (I use it myself).
I hope this review of Mepitac helps you on your scar reduction journey!
- Gold MH, et al. International Advisory Panel on Scar Management. “Updated international clinical recommendations on scar management: part 2–algorithms for scar prevention and treatment.” Dermatological Surgery vol. 40,8 (2014): 825-31. https://www.ncbi.nlm.nih.gov/pubmed/25068544
- “About ScarAway”. Retrieved from https://www.myscaraway.com/about/
- Bleasdale, Benjamin et al. “The Use of Silicone Adhesives for Scar Reduction.” Advances in Wound Care vol. 4,7 (2015): 422-430. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4486716/
- Gauglitz, Gerd G et al. “Hypertrophic scarring and keloids: pathomechanisms and current and emerging treatment strategies.” Molecular Medicine (Cambridge, Mass.) vol. 17,1-2 (2010): 113-25. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3022978/