Stretch Mark Reduction
Diminishing Stretch Marks is an easy task for Viora
STRETCH MARK REDUCTION
Diminished Stretch Marks is an easy task for Viora!
Stretch marks, or striae, are caused by the tearing of the dermis associated with rapid volume change (rapid weight gain, pregnancy, etc.). They often begin as red or purple marks and slowly fade to white or silver over time. The color difference distinguishes how old the marks are. Treatment can reduce the size and lighten the color to match more closely the surrounding healthy tissue although they may never disappear completely.
Viora is committed to providing safe, healthy treatments with minimum discomfort and maximum results for dramatically reducing the appearance of the stretch marks.
Reduce your stretch marks, so your skin will look smooth again!
What is the Process?
Viora’s stretch mark reduction treatments are also effective for other types of body scars such as post-operative or C-section scars. The treatment provides specialized and controlled tissue trauma to activate the body’s healing process through the production of new skin cells and the destruction of fibrotic tissue in the stretch mark. Viora’s Technology will repair damaged skin and restore elasticity to normalize the collagen fiber matrix, and allows your skin to recover from being forcibly extended.
Hyperpigmentation over the stretch marks may be a concern as well but rest assured, Viora’s treatment can deal with it as well!
Skin Health: Viora life Tips to Stretch Mark Reduction:
- Ideally, you should begin treatment as quickly as possible as red stretch marks react better to the treatment.
- Natural tanning can make stretch marks more noticeable so it is recommended that you use a self-tanner instead to help camouflage the marks.
How long does a treatment session last?
Each treatment is lasting up to 30 minutes, depending on the technology used.
How many sessions are needed?
Typically, a 3-4 session treatment course is sufficient to achieve long-lasting results, depending on each patient and technology used.