Alma Soprano Titanium

Description

Alma Soprano Titanium

Alma Soprano Titanium by Alma Lasers is a first in its class device, that combines 3 separate laser wavelengths, to produce a low fluence, high repetition, and deeply penetrating pulse that can target all hair colours, in all hair types. It utilises ‘In Motion’ technology so that patients have a relatively pain-free experience with excellent treatment outcomes.

Features & Benefits

Technology makes it possible to permanently remove hair from all skin types and tones. It even works on tanned skin, which is quite hard to achieve with the normal laser machines available. The hair removal machine delivers three different wavelengths, which can reach several layers of skin. Below are the benefits you can get from the treatment.

SMOOTH, HAIR-FREE SKIN
COMFORTABLE, PAIN-FREE TREATMENTS
SUITABLE FOR ALL SKIN TYPES AND TONES
FAST AND SAFE TREATMENT

3-in-1 Applicator

Soprano Titanium uses Trio clustered diode technology, which allows the applicator to deliver three different laser wavelengths. These wavelengths can reach different tissue depths. These three wavelengths include Alex 755m for various hair types and colors, Speed 810nm for faster treatments, and YAG 1064nm for darker skin.

The laser platform comes with 4Quattro, an applicator with a large spot size of 4 cm2. It is capable of working on a grid of 600cm square, which makes treatments much faster. With this applicator, the procedure can be 40% faster.

All skin and hair types

Three simultaneous wavelengths, strong epidermal cooling and SHR technology enable comfortable, effective and safe hair removal treatments for all skin tones – including tanned skin – and all hair types, all year around.

Alma’s revolutionary in-motion technique uses repetitive movement of the applicator across the treatment area, which helps with treatment comfort and safety with even heat distribution. All of the handpieces come with a cooling tip to ensure that the surface of the skin remains cool to ensure your comfort and safety.