Hair removal
Removal of unwanted hair on all skin types
DIOLAZE by INMODE
A hair removal solution offering peak power with optimal speed. Designed with state-of-the-art diode lasers, the Diolaze offers patients the most effective hair removal treatment. Diolaze has built-in safeguards to ensure that all sessions are comfortable and relatively pain-free. Diolaze targets coarse and stubborn hair, up to skin type VI.
Key benefits:
- Gold standard wavelength, pulsing and power for optimal results and maximal safety.
- Reduction in clinician treatment time – powerful enough to target and treat even the most stubborn hair.
- Virtually painless due to strong built in cooling.
- Can treat up to skin type VI.
Alexandrite laser - Quanta System.
Maximum safe and painless laser hair removal. Zimmer cooling system allows you to comfortably go through the procedure of laser hair removal without pain and the risk of burns.
Diode Laser - Palomar Icon-Max R.
For epilation of dark hair on any skin phototype. High performance with minimal risk of complications. Provides cooling before, during and after the pulse - that is, constantly. This allows you to safely apply high power to the patient.
Fractional laser photothermolysis (also known as co2 fraxel) is a rejuvenation method that is ideal in terms of efficiency and safety.
Removal of unwanted hair on all skin types (Diolaze by Inmode, Diode, Alexandrite). Maximum safe and painless laser epilation.
Bloodless, painless and safe disposal of any neoplasms on the skin of the face and body.
With the help of a fractional non-ablative laser, fine wrinkles, postpartum stretch marks are eliminated and the skin structure is rejuvenated.
Removal of blood vessels with a laser beam is based on the method of gluing the walls of the affected blood vessel.
Treatment of couperosis, rosacea, hemangiomas (including in children), removal of spider veins, elimination of pigmentation.
Laser skin resurfacing. Smoothes deep static wrinkles, removes scars, cicatrices, reduces the expression of “crow's feet”.
Laser carbon peeling combines the effect of a laser beam and the effect of photorejuvenation due to carbon dioxide carbon nanoparticles.