| Customization: | Available |
|---|---|
| Theory: | Laser |
| Application: | Salon, Home |
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Diode laser hair removal is a medical-grade treatment that uses a concentrated beam of light (typically 810nm wavelength) to target and destroy hair follicles, leading to long-term hair reduction. GOMECY Laser hair removal machine adopted 4 wavelengths laser technology.
The diode laser emits a specific wavelength of light that is absorbed by the melanin in the hair. The light converts to heat, damaging the follicle and preventing future hair growth without harming the surrounding skin.
Diode laser hair removal significantly reduces hair growth long-term. While some maintenance sessions may be required, many people experience 80-90% permanent hair reduction after a full treatment course.
The laser heats the follicle to a temperature at which it cannot survive and permanently disables the follicle to prevent further growth. Diode laser hair removal is a non-invasive, non-surgical treatment. This means that it doesn't require anesthesia, incisions, or sutures, and it doesn't cause scarring.
Diode laser hair removal is recognized for its efficiency and effectiveness in reducing unwanted hair on various parts of the body. The efficiency of diode laser hair removal stems from several factors, including its wavelength, the mechanism of action, and the ability to target specific hair types and skin colors. Here are some key aspects that contribute to its efficiency:
Optimal Wavelength: Diode lasers typically operate at a wavelength of around 810 nm, which is considered optimal for hair removal. This wavelength allows for deep penetration into the skin to effectively target the hair follicle while minimizing damage to the surrounding tissue.
Selective Photothermolysis: Diode laser hair removal works on the principle of selective photothermolysis, where the laser energy is selectively absorbed by the pigment (melanin) in the hair. This causes localized heating and destruction of the hair follicle without harming the surrounding skin. The effectiveness of this process depends on the contrast between the color of the hair and the skin, with the best results seen in individuals with light skin and dark hair.
High Efficiency on Different Skin Types: Diode lasers are effective across a wide range of skin types. Advances in technology, such as cooling mechanisms and adjustable pulse durations, have made it possible to treat even darker skin types more safely and effectively than with other laser types.
Permanent Hair Reduction: While no laser hair removal technology guarantees 100% permanent removal of all hair, diode lasers can achieve significant permanent reduction in hair growth. Multiple treatment sessions are required for optimal results, as the laser is most effective at targeting hair in the active growth phase (anagen phase). The number of sessions needed varies based on the individual's hair type, color, and the area being treated.
Safety and Speed: Diode lasers are known for their safety and relatively quick treatment times, thanks to their ability to target and treat multiple hair follicles at once. Cooling technologies integrated into the devices help protect the skin and make the treatment more comfortable for patients.
Cost-effectiveness Over Time: While the upfront cost of diode laser hair removal can be higher than other hair removal methods (like shaving or waxing), it can be more cost-effective in the long term due to the durability of the results, which reduce the need for frequent treatments
| Wavelengths |
808nm 940nm 808nm 755nm 1064nm
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| Operation interface | 12 Inch LCD Touch Screen |
| Spot size |
12*24mm 12*28mm optional |
| Energy | 1-200j |
| Handle |
Diode handle(Standard) Vibrisa tip (Optional) |
| Laser Emiter | 1200W/1600W/2000W |
| Cooling System |
Air compressor cooling system
48 hours Continously working
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Laser Bar Source |
Coherent |
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Repetition Rate |
Up to 10Hz |
A diode laser is a type of laser that uses a semiconductor as its active medium. Semiconductor materials can produce coherent light through the process of stimulated emission, which is the fundamental principle behind laser technology. Diode lasers are widely used because of their efficiency, compact size, and reliability. They find applications across various fields, including telecommunications, medicine, manufacturing, and consumer electronics.
The operation of a diode laser is based on the principle of direct electrical-to-optical energy conversion. When an electric current is applied to the diode, electrons and holes (positive charges) recombine at the junction of different semiconductor materials, emitting photons in the process. The wavelength of the emitted light depends on the semiconductor materials used in the diode, allowing for a wide range of possible laser wavelengths, from the visible spectrum to the infrared.
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