Blog
2019 · 1 min read
Get rid of stretch marks
A stretch mark is a type of scar that develops when our skin stretches or shrinks quickly.
If you develop stretch marks, you’re most likely to do so during these times:
- Growth spurts that happen in puberty
- Pregnancy
- Rapid weight loss or gain
- Weight training when you have rapid muscle growth
While the stretch marks eventually fade, they will never go away on their own. As with all scars, combination of different treatments is available to reduce the appearance of stretch marks. For the most effective outcome, we suggest to combine our Microdermabrasion, Fotona SP Dynamis, Microneedling and Thermage. Microdermabrasion will help to remove dull skin, smooth skin texture and soften stretch marks overall. Farther, Fotona laser will decrease the appearance of the stretch marks and tighten your skin. Microneedling will help to rejuvenate and improve your skin. This mechanism works by encouraging a natural production of new collagen and elastin, which will, in turn, lead to improved skin elasticity and smoother, plumper looking skin on the areas of concern. To achieve firmer, tighter skin without invasive surgery or inconvenient downtime, finalize with Thermage.
Results vary from person to person and are not guaranteed. Nothing here is medical advice — book a consultation and we will look at your case.
Keep reading

Is Laser Tattoo Removal Safe for Darker Skin?
Laser tattoo removal can be performed on darker skin when the wavelength and settings are chosen carefully. Here is what to know about safety, pigment changes, sessions, and aftercare.
Read
PICO GENESIS for sun spots and age spots
PICO Genesis with Cutera Enlighten can improve sun spots and age spots. This guide explains how it works, how many sessions to expect, when to start, and what can be combined with it.
Read
PRP for Skin: What Does a Full Course Look Like?
A PRP course is usually 3 sessions a month apart, judged at 3 months. Here is the month-by-month timeline, and an honest look at what blinded trials actually found.
Read