Laser Tattoo Removal Machine Machine Tattoo Removal
Diode Laser 755nm 808nm 1064nm
The Diode Laser is a type of laser commonly used for hair removal and other cosmetic treatments.
The numbers "755nm," "808nm," and "1064nm" refer to the specific wavelengths of light emitted
by diode lasers. Each wavelength has different characteristics and is suitable for various applications.
755nm:
The 755nm wavelength is commonly referred to as the Alexandrite laser. It is one of the most effective
wavelengths for targeting melanin, the pigment present in hair follicles. The Alexandrite laser is highly
absorbed by melanin, making it ideal for hair removal in individuals with lighter skin types and finer
hair. It is particularly efficient for treating areas with finer and shallower hair growth, such as the arms,
legs, and underarms.
808nm:
The 808nm wavelength is often referred to as the standard or classic diode laser wavelength. It has
good melanin absorption and penetrates the hair follicles deeper than the Alexandrite laser. The 808nm
diode laser is effective for a broader range of skin types and can target both coarse and fine hair.
It is widely used for hair removal on the face, chest, back, and bikini area.
1064nm:
The 1064nm wavelength is also known as the Nd:YAG laser. Unlike the previous two wavelengths,
it has weaker melanin absorption, making it suitable for darker skin types and thicker, darker hair. The Nd:YAG
laser can penetrate deeper into the skin, targeting the hair follicles in deeper layers. It is commonly used for
hair removal on darker skin types, as well as for hair removal on areas with thicker, coarse hair, such as the
back and beard area in men.
Combination of Wavelengths:
In some cases, hair removal providers may use a combination of diode laser wavelengths during a treatment
session. This combination approach is often referred to as "multi-wavelength" or "mixed-wavelength" hair removal.
The aim is to utilize the strengths of each wavelength to effectively treat different hair types and skin tones.
This combination can provide better overall results and accommodate a broader range of patients.
For each part hair removal ,
1. Just need 3-5 sessions , will be permanent hair removal ,
2. After one treatment , more than 50%, hair will fall off within 7 days ,
3. Whole treatment will be permanent painless comfortable hair removal
IPL (Intense Pulsed Light) Beauty Treatments:
IPL is a versatile light-based technology that uses a broad spectrum of light wavelengths to target
specific chromophores in the skin, such as melanin (responsible for pigmentation) and hemoglobin
(for vascular issues). It is commonly used for various cosmetic purposes, including:
Photorejuvenation: IPL can improve skin tone and texture, reduce sunspots, freckles, and pigmentation
irregularities caused by sun damage or aging.
Vascular Lesions: IPL can effectively treat conditions like spider veins, broken capillaries, and rosacea by
targeting the blood vessels.
Pigmented Lesions: IPL can address superficial pigmentation issues such as sunspots, age spots, and melasma.
IPL treatments are generally non-invasive, and depending on the specific concern, multiple sessions may be
required to achieve optimal results.
Specification:
| Technology |
755 808 1064nm diode laser+IPL/S |
|
Spot Size: |
Diode laser:13mm*16mm |
|
Laser Bars: |
10 Bars ( USA Coherent ) |
|
Diode laser Pulse width: |
10-300ms |
| IPL filter |
IPL: 480nm/530nm/640nm
|
|
Display: |
10.4 inch true color touch screen |
|
Diode laser Energy density
|
1-100J / cm2
|
|
IPL Energy
|
1-50J/cm2
|
|
Cooling Level: |
1-5 Levels (-10 ° C - 5 ° C) |
|
Working time: |
Continuously 18 hours without stop |
|
Cooling system: |
semiconductor + water circulation + air radiator cooling with condenser |
Additional advantages of diode laser hair removal in general include:
Precision: Diode lasers can selectively target hair follicles without causing damage to the surrounding skin. This precision
reduces the risk of side effects and ensures efficient hair removal.
Speed: Diode lasers can cover larger treatment areas quickly due to their high repetition rates and larger spot sizes, making it
suitable for areas like the legs and back.
Long-term Results: With proper treatment and multiple sessions, diode laser hair removal can lead to long-lasting hair reduction,
providing patients with smooth, hair-free skin for an extended period.
Minimal Discomfort: Advanced diode laser systems often come with cooling mechanisms (e.g., integrated cooling tips or cryogen sprays)
to minimize discomfort during the treatment.
Convenience: Diode laser hair removal is a non-invasive procedure that requires minimal downtime, allowing individuals to resume their
normal activities shortly after treatment.
IPL Beauty Functions:
Vascular Lesion Treatment
Pigmented Lesion Treatment: IPL can address superficial pigmentation problems such as sunspots,
age spots, and melasma.
Hair Removal: Although not as efficient as a dedicated laser, IPL can still be used for hair removal in some cases.
Diode Laser Hair Removal Function:
Efficient Hair Removal
Suitable for Various Skin Types: Diode lasers can be used on a wide range of skin types, including darker
skin tones.
Company:
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Diode Laser Handpiece Spare Part
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