FaceTexturePlasma Glow
Plasma Glow is an innovative non-invasive technique that uses plasma energy to improve skin texture and surface quality without breaking the skin barrier.
from CHF 400
Plasma Glow is the ideal solution for skin seeking a perfect texture. This innovative technology uses cold plasma, a gentle, non-thermal energy, to create a temporary and optimal permeability in the skin. By preparing the epidermis in this way, it allows serums and active ingredients to penetrate up to 80% deeper. Simultaneously, it gently stimulates cellular metabolism to even out the complexion and refine the skin's grain. Completely painless and with no downtime, it is the perfect partner for enhancing all your aesthetic treatments.
Treated areas
Benefits
- Visibly refined and smoothed skin grain
- Perfectly even and luminous complexion
- Enhanced penetration of active ingredients (serums, exosomes, mesotherapy)
- Improved and regularized skin texture
- Minimized pores
- Softer, velvety skin
- Optimization of results from other treatments
Illustration of the treatment
Plasma Glow technology uses cold plasma to gently ionize the skin's surface. This ionization temporarily opens intercellular channels, allowing for unparalleled penetration of active ingredients while stimulating the renewal of epidermal cells. The result is transformed skin of remarkable softness, with a perfectly refined grain and a complexion radiant with uniformity.
Treatment duration
Each session lasts from 30 to 45 minutes. A protocol of 3 to 5 sessions at close intervals (1 to 2 weeks apart) is recommended for optimal results. The treatment is completely painless, with no heat sensation, and allows for immediate application of makeup and resumption of all activities with no social downtime.
Book a non binding offered consultation with the EstheMedis team
EstheMedis provides you with a team of experts in the field of aesthetic medicine. Over 20 years of experience, the most cutting-edge treatments on the market and more than 6,000 satisfied customers since 2008.