| Customization: | Available |
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| Type: | Hair Removal Instrument |
| Theory: | Laser |
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Diode 808nm Laser Principle:
The Diode 808nm laser is commonly used for permanent hair removal and works based on selective photothermal action. The 808nm wavelength penetrates the dermal layer of the skin and is absorbed by the melanin in the hair follicles. The laser energy is converted into heat, which damages the hair root, inhibiting hair regrowth. This technology is especially effective on dark or coarse hair because of its strong absorption by melanin. It works well on most skin types, but it is particularly effective on lighter skin tones.
Pico Laser Principle:
Pico laser is a type of laser technology that uses extremely short pulse durations, measured in picoseconds (trillionths of a second), and is primarily used for tattoo removal, pigmentation treatments, and skin resurfacing. It works by emitting high-intensity laser pulses in a very short time frame, creating ultra-high energy density. Because the laser pulse duration is so brief, there is minimal heat buildup, and the energy directly shatters the target tissue (such as pigment particles or tattoo ink). These tiny particles are then eliminated by the body's immune system, effectively removing tattoos or pigmentation. Pico laser can treat both superficial and deep pigmentation and also stimulates collagen production, improving skin texture and firmness.
In summary:
Diode Laser 755nm, 808nm, 1064nm - Advanced Hair Removal Technology
Diode Laser technology is widely used for hair removal and various cosmetic treatments. The wavelengths "755nm," "808nm," and "1064nm" refer to specific light emissions, each with unique characteristics suited for different applications.
The 755nm wavelength is highly effective for targeting melanin, the pigment in hair follicles. This wavelength is absorbed more by melanin, making it perfect for individuals with lighter skin types and finer hair. The Alexandrite laser excels in treating finer, more superficial hair growth areas like the arms, legs, and underarms.
The 808nm wavelength is known for its versatility and is considered the classic diode laser wavelength. It offers efficient melanin absorption and deeper penetration into the hair follicles compared to the Alexandrite laser. This wavelength is suitable for a wider range of skin types and effective on both coarse and fine hair. Commonly used for facial hair, chest, back, and bikini area treatments.
The 1064nm wavelength is best known for its use in the Nd:YAG laser, which is ideal for darker skin types and thicker, coarser hair. It has lower melanin absorption, enabling it to penetrate deeper into the skin to target hair follicles in the deeper layers. The Nd:YAG laser is ideal for removing hair from dark skin and areas with thicker hair, such as the back and beard areas in men.
In some treatments, a combination of different diode laser wavelengths may be used, known as "multi-wavelength" or "mixed-wavelength" hair removal. This approach utilizes the strengths of each wavelength to effectively treat varying hair types and skin tones, resulting in superior and more comprehensive results for a wide range of patients.
With advanced diode laser technology, we offer tailored solutions that deliver lasting, effective, and comfortable hair removal for all skin and hair types.
| Technology | 755 808 1064nm diode laser+IPL/S |
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Spot Size: |
Diode laser:13mm*16mm |
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Laser Bars: |
10 Bars ( USA Coherent ) |
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Diode laser Pulse width: |
10-300ms |
| IPL filter |
IPL: 480nm/530nm/640nm
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Display: |
10.4 inch true color touch screen |
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Diode laser Energy density
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1-100J / cm2
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IPL Energy
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1-50J/cm2
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Cooling Level: |
1-5 Levels (-10 ° C - 5 ° C) |
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Working time: |
Continuously 18 hours without stop |
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Cooling system: |
semiconductor + water circulation + air radiator cooling with condenser |
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