Opiala Quattro Wave ICE diode laser hair removal device with four wavelengths

Three-wave ice diode laser
This ensures good energy distribution, a long service life, and easy maintenance of the diode laser. The diode laser destroys the hair follicle, which is gradually heated.

Findicare three-wave diodes ICE laser

What does a diode laser do?

Diode laser hair removal uses selective photothermolysis. A specific wavelength of light targets the pigment in the hair follicles, stopping hair growth.

The light from the diode laser is directed at the hair follicles and heats the pigment (melanin) in the hair. This heat causes damage to the hair follicles, which stops hair growth. Furthermore, the specific wavelength ensures that the light is directed only at the pigment in the hair, without damaging the surrounding area.

Diode laser hair removal is a popular and effective treatment, especially for removing dark hair on the face, body, and legs. It offers a faster, more efficient, and less painful treatment than other methods such as waxing or shaving.

Why a three-wave laser?

Triple-wave diode is a term used to describe a specific type of diode laser. The characteristic of a triple-wave diode is that it emits three wavelengths of light instead of just one.

These three wavelengths are used to treat different types of tissue, depending on the specific wavelength used. For example, one wavelength may be used to reduce pigment, while another wavelength may be used to treat acne or scars.

Using a triple-wave diode offers many advantages, such as the ability to combine multiple treatments in one session and the ability to focus treatment more precisely on specific tissue types.

The power of 3 wavelengths

The wavelength of 755 nm offers stronger energy absorption and is therefore ideal for a wide variety of hair types, especially light and thin hair.

The 808 nm wavelength ensures deep penetration into the hair follicles with a high average power, high repetition rate and large patch size for fast treatment.

The wavelength of 1064 nm is characterized by lower melanin absorption and is therefore a targeted solution for darker skin types

Features of the Findicare three-wave diode laser

• Handpiece with 6 heads
• Pulse frequency t up to 10 Hz
• Cooling cup 0 to -12 °C
• Water, air and semiconductor cooling system
• Laser power 808nm: 1600W
• Laser power triple: 2000W
• Power: 3500W
• Adjustable intensity: 1-100j cm2
• Wavelengths: 755 - 808 - 1064nm
• Laserbar origin Germany
• 12" touchscreen

Difference between IPL and diode laser?

IPL (Intense Pulsed Light) and diode lasers are both skin improvement and hair removal technologies. Below are some differences between the two technologies:

1. Light source: IPL uses a broad spectrum of light, while the diode laser emits only a specific wavelength of light.
2. Treatment: IPL aims to reduce pigment and improve skin texture, while diode laser aims to reduce hair growth and reduce pigment.
3. Effectiveness: The diode laser is generally more effective at removing hair and reducing pigmentation because it is more specific and targets the pigment in the hair and skin. IPL aims to improve skin texture and reduce pigmentation, but is less effective than the diode laser.
4. Pain: IPL is generally less painful than diode laser treatments, but the intensity and comfort of both treatments can vary depending on the specific treatment and the practitioner's experience.
5. Aftercare: IPL often requires multiple treatments and typically has no downtime, while diode laser treatments generally require fewer treatments but may cause redness and swelling after treatment.

In summary: IPL and diode laser are both effective technologies for skin improvement and hair removal, but the choice between the two depends on your specific treatment needs and expectations. We recommend consulting one of our specialists for more specific recommendations.