A virtually pain-free diode laser hair removal machine

Parameters

How it is working?

The system uses the optimal hair removal wavelength of 808nm diode for deep penetration

into the dermis where the hair follicle is located . In treatment procedure, a series of low 

fluence, high repetition pulses increases the temperature of both the hair follicle and the 

surrounding, nourishing tissue to 45 degree Celsius. This more gradual heat delivery uses

the chromophores into the surround tissue as reservoirs to effectively heat up the hair follicle.

This, along with the heat energy absorbed directly by the hair follicle, damages the follicle and

prevents re-growth.
808nm diode laser machine is particularly effective to hair follicle melanocytes without injury 

surrounding tissue. The laser light can be absorbed by hair shaft and hair follicles in the 

melanin, and converted into heat, thus increasing the hair follicle temperature. When the 

temperature raises high enough to irreversibly damage the hair follicle structure, which 

disappear after a period of natural physiological processes of hair follicles and thus achieve

the purpose of permanent hair

Application:

For fast, safe, painless and permanent hair removal on all 6 skin types, including dark skin. 

Suitable for any unwanted hairs on areas like face, arms, armpits, chest, back, bikini, legs..

A virtually pain-free diode laser hair removal machine

Laser hair removal is the #1 non-invasive aesthetics treatment available today with an estimated growth rate of 18%. With nearly 3.1 million laser hair removal treatments performed in 2006 alone, hair removal is a fantastic way to inject profit into your practice. While there are many methods to eliminate unwanted hair, very few can eliminate hair regrowth while leaving the surrounding skin undamaged. And photoepilation is quickly becoming the most popular. Lasers and light sources use the principle of selective photothermolysis to eliminate hair and its potential regrowth without damaging the surrounding skin. During a laser hair removal treatment, light passes through the skin and is absorbed by the melanin in the hair shaft. This absorption raises the temperature of the hair follicle and thermally destroys the cells responsible for regrowth. The attributes of the light (wavelength, pulse duration and power) are chosen to ensure damage to these cells and not to the rest of the skin.

Key advantages for physicians

• IN-Motion technology - virtually painless laser hair removal without the use of anesthesia or numbing gels

• Permanent hair reduction of all pigmented hair on all skin types, including tanned skin

• Low cost of ownership with no disposables required

Key advantages for patients

• Comfortable treatment with little to no irritation

• Effective permanent reduction of hair

• Minimal risk of side effects