Triple Wavelength Diode Laser

A triple wavelength diode laser uses an 808 nm diode laser as its main light source and operates in cooperation with a 755 nm alexandrite laser and a 1064 nm Nd:YAG laser. During operation, it can target hair follicles at different depths within the skin by switching between laser wavelengths and adjusting treatment modes.

Compared to traditional single-wavelength laser devices, the triple-wavelength diode laser machine offers a broader range of treatment options. At the same time, it represents a safer option for laser therapy.

The operating principle of the triple wavelength diode laser is mainly based on selective photothermolysis. In actual function, the laser light of specific wavelengths (808/755/1064 nm) is emitted and precisely targets hair follicle tissues at different depths.

Then, the laser will be absorbed by melanin and release heat that can destroy the hair. At the same time, the temperature of the hair follicle also rises fast and damages the follicular stem cells and dermal papilla cells, thereby achieving an inhibiting effect on future hair growth.

Triple Wavelength Diode Laser + 940 nm

The 940nm wavelength serves as an addition to the triple-wavelength system. It penetrates deeper than 808nm and delivers a more balanced energy distribution. It causes less irritation in sensitive areas and can target mid-to-deep hair follicles and hard-to-treat zones.

Triple Wavelength Diode Laser + DPL

DPL can improve skin tone unevenness and visible redness through precise light delivery. So this device enables full-body hair removal and meets a wider range of skin rejuvenation needs.

No. Although the triple wavelength diode laser device is a safer and more comfortable choice for hair removal, it is still not suitable for the following groups:

People with compromised immune systems;

Pregnant and breastfeeding women;

People with skin types higher than Fitzpatrick VI；

People with heart conditions and so on.

It is true that triple wavelength diode laser hair removal devices do have effective and long-lasting hair removal results, but they cannot guarantee absolutely permanent effects.

This is because hair follicles in the human body do not follow the same growth cycles (Anagen phase, catagen phase, telogen phase). So you may need to take several sessions to take hair removal treatment for your clients, to ensure that the entire growth cycle of the hair follicles is covered.

Additionally, hair removal results vary in different hair characteristics and individual hormonal levels. So regular maintenance of special areas are needed.

Generally, thanks to its built-in intelligent system and smart parameter recommendations, our triple wavelength diode laser is not difficult to operate.

However, for the safety of patients and their comfort during treatment, we still recommend the operation should be performed by trained personnel. Because they know more about how to adjust the appropriate light mode and energy density during actual use.

You can rest assured that UNTLaser provides technical training and lifetime after-sales support for the equipment you purchase, ensuring a good buying experience for you.

Compared to single-wavelength or double-wavelength laser devices, triple wavelength diode lasers have broader and more precise coverage of skin layers. This means you do not need to increase the energy level to treat different areas during the operation. This also effectively prevents local skin burns caused by excessive energy.

In terms of operating mode, single or dual-wavelength laser hair removal devices may require the operator to switch between different devices,  so that they can remove hair at different depths or for different hair densities. However, three-wavelength devices reduce this inconvenience and greatly enhance the hair removal efficiency.

IPL treatment is a method that uses intense pulsed light to target hair follicles; the medium it employs is entirely different from that of diode lasers.

Take laser treatment devices as an example, when they are operating, a xenon lamp converts electrical energy into light energy, and causes a laser crystal to emit a laser beam that targets the hair follicles.

However, the xenon lamp in IPL devices directly emits broad-spectrum pulsed light. Then, the light will be filtered through a filter plate before being directed at the hair follicles, to achieve various treatment objectives.

Compared to laser devices, IPL does not involve the step of exciting a laser crystal after light emission, and its energy is more dispersed. Additionally, it poses a higher risk for people with darker skin tones.