New light to your face with Fibra DFA for Skin Photorejuvenation!
With the passage of time and exposure to the elements (mainly the sun), the skin loses its elasticity, thins out and sometimes, in addition to wrinkle formation, it must contend with spots and discoloration that change its complexion.
These alterations lead to photoaging, a phenomenon which mainly affects light and delicate skin. Fibra DFA offers excellent results also for photorejuvenation treatments of face, neck, neckline and hands by significantly stimulating collagen production.
The Fibra DFA photorejuvenation treatment visibly restores tone and freshness to the skin.
Fibra DFA is an innovative technique in the field of high-end hair removal treatments, thanks to its power, precision, and utmost effectiveness.
Thanks to the coupled microlenses, the light produced by the multiple diode is concentrated in a single pulse and transferred to the hair through the fibre.
Waxing has been a loyal companion for decades with its unquestionable effectiveness, but painful rips and possible folliculitis made us appreciate new hair removal technologies even more.
Today with Fibra DFA men and women can obtain a smooth and soft skin in few easy steps:
EPIL CHECK AND PHOTOTYPE DETECTION
Thorough analysis of the area to treat, for a precise and impeccable epilation; the phototype detection device is an essential support to obtain outstanding results.
THE HAIR REMOVAL PROCESS
The area to treat is prepared with Neo-D Derm active cosmetics. After setting the parametrs, the treatment is performed quickly, even on wide areas.
NEO-D DERM DERMOCOSMETICS
Neo-D Derm home products are essential to normalize and restore the skin balance in between sessions.
Fibra DFA is a coupled fibre 810nm multiple diode. The power generated by Fibra DFA is transferred to the hair follicle through an optical fibre, without energy loss, thus offering the most effective treatments.
Want to know more about Skin Photorejuvenation?
Feel free to get in touch with our team for a FREE consultation.