It is hair removal reinvented again by alma lasers.
Soprano ice alma lasers.
Soprano ice platinum posted by limor gal on january 30 2019 in aesthetics alma s smart clinic is a pioneering cloud based data center that enables a wide ranging control of clinics.
Soprano ice is an all in one multi package that gives you the most complete and effective laser hair removal solution available today.
By incorporating multiple laser wavelengths and technologies soprano ice allows practitioners to treat the widest range of patients and hair types all year round administer treatments quickly and comfortably and achieve the best possible clinical results.
Soprano titanium is the most advanced laser hair removal device in the market.
Get it for you clinic.
Celebrating 10 years of award winning success alma lasers is proud to present soprano ice platinum featuring trio clustered diode technology.
We enable practitioners to offer safe and effective procedures while allowing patients to benefit from state of the art clinically proven technologies and treatments.
Advanced ice tm technology cools the skin during treatment for longer periods of time minimizing the risk of burns while maintaining heat within the dermis where hair.
Soprano ice ist die komplettlösung zur laser haarentfernung.
Technology soprano ice features alma s unique alex tm technology which combines the high absorption benefits of the alexandrite 755nm wavelength with the treatment coverage comfort and low maintenance of the diode laser.
Patients can now enjoy a completely pain free.
Das plattform system soprano ice steht für eine neue ära der laser haarentfernungs technologie und behandlungsmethoden.
Alma lasers is a leading innovator of medical aesthetic lasers radiofrequency devices for surgical medical and beauty providers.
Sie bietet multiple wellenlängen und technologien zur behandlung der kompletten bandbreite an haarfarben und hauttypen schnell und schmerzfrei das ganze jahr über.
1064 yag 755 alex 810 speed.
The platinum edition combines 3 laser wavelengths into a single innovative handpiece simultaneously targeting different tissue depths as well as anatomical structures within the hair follicle.