Alma s tone texture treatments use light and laser based skin resurfacing technologies to smooth out and balance the skin hair removal alma s hair removal solutions achieve maximum results for all areas of the body with treatments that are safe quick and virtually painless.
Alma soprano ice laser dark skin.
Rather than exposing the hair follicle to a single high energy pulse which can cause trauma to skin with a high melanin count shr gradually heats the skin.
These lasers are the safest for dark skin but may take longer more sessions to achieve the results we are all after.
Touchably smooth hair free skin soprano ice is the most complete and effective laser hair removal solution available today for all skin tones and hair types.
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.
Celebrating 10 years of award winning success alma lasers is proud to present soprano ice platinum featuring trio clustered diode technology.
Soprano ice features alma s unique alextm technology which combines the high absorption benefits of the alexandrite 755nm wavelength with the treatment coverage comfort and low maintenance of the diode laser.
Sun tanned skin can also be treated.
Speed 810nm safe for darker skin types featuring its exclusive 3d technology soprano titanium combines the three most effective laser wavelengths into a single applicator simultaneously targeting different tissue depths and anatomical structures within the hair follicle.
Soprano ice platinum is the most advanced solution for laser hair removal with 3 simultaneous wavelengths in 1 applicator.
Soprano ice is suitable for all skin tones and hair types and makes it possible to treat even during the summer months.
The soprano as we know it is an 810 nm diode and is fda cleared to treat all skin types so theoretically it can be used in reality it has been used and thus can be used by skilled technicians to treat unwanted hair.