Painless Permanent 4 Wavelength Diode Laser Hair Removal Machine Price 755 808 940 1064nm With AI Skin Analyzer Ice Diode Laser TruMEDiO7_Touch

1600W High Power 755 808 940 1064nm 4 Wavelengths Diode Laser Hair Removal Machine

How does the diode laser work?

The technology of laser hair removal is based on selective photothermolysis. The laser light reaches the hair follicles. The light is absorbed and transformed into heat. As a result, the cells responsible for hair growth are damaged and hair stops growing. The diode laser has been shown to be the most effective in hair removal.

• 755 nm is a wavelength used to remove light, thin and shallowly embedded hair
• 808 nm is a wavelength used to remove dark, thick and deeply embedded hair
• 940 nm is a wavelength used to remove dark and light, shallowly embedded hair
• 1064 nm is a wavelength used to remove shallowly embedded, dark hair

Product details：

* Diode laser hair removal enables the light to penetrate deeper into skin and is safer than other lasers because it can avoid the melanin pigment in the skin’s epidermis. We can use it for permanent hair reduction of all color hairs on all 6 skin types, including tanned skin.

* Diode laser hair removal allows fast repetition rates up to 10Hz(10 pulses-per-second), with in-motion treatment, fast hair removal for big area treatment.

* Probe built in with excellent contact cooling technology, PAIN-FREE hair removal.

The modern interface of the TruMEDiO7_Touch diode laser enables even more precise adjustment of the device mode to the customer’s needs.

The operator of the device can select the pulse length and its frequency and smoothness, as well as the skin type.

4 wavelength in 1 handle

The principle of diode laser hair removal treatment is based on selective photothermal decomposition. The melanosomes in the hair follicle can selectively absorb the energy of the laser. The laser energy emitted by the machine is easily absorbed by the colored hair follicle without damaging the epidermal tissue. The energy emitted by the laser is absorbed by the hair and the pigment in the hair follicle. It is converted into heat, thus increasing the temperature of the hair follicle. When the temperature rises to a certain level, the hair follicle will be irreversibly damaged, and the hair will lose its original environment and be completely removed.

Technical specification：