940nm wavelength lasers have a good balance between the absorption of water and oxyhemoglobin. This means that it can effectively target melanin in hair follicles while reducing damage to surrounding tissues, especially suitable for hair removal on sensitive skin.
The differences between the laser wavelengths are as follows:
- **755nm**: Suitable for light skin, mainly absorbs melanin, has a fast hair removal effect, but has shallow penetration, and is suitable for fine and soft hair.
- **808nm**: Commonly used for a variety of skin types, has deeper penetration, balances hair removal speed and effect, and is suitable for most hair types.
- **940nm**: Has deeper penetration, is suitable for sensitive skin and dark hair, while reducing skin damage and pain, and has a wide range of applications.
- **1064nm**: Suitable for dark skin, has the deepest penetration, mainly absorbs moisture, reduces the risk of pigmentation, and is suitable for darker hair follicles and thicker hair.
The "palladium bar" (usually refers to the palladium-plated optical component) in laser hair removal has the following advantages:
1. **Strong wear resistance**: The palladium bar has high wear resistance and can maintain good optical performance during long-term use, reducing maintenance and replacement frequency.
2. **Good corrosion resistance**: Palladium has excellent corrosion resistance, which can effectively resist the chemical composition in the laser and the influence of the external environment, and extend the service life of the equipment.
3. **High light guide efficiency**: The high light guide efficiency of the palladium bar can improve the output stability of the laser, ensure the uniformity of the treatment and the consistency of the effect.
4. **Improve laser focusing effect**: The palladium bar can improve the focusing effect of the laser, improve the accuracy of the light beam, and make the treatment more precise.
5. **Reduce light loss**: The high reflectivity of the palladium bar can reduce light loss, increase the energy transfer efficiency of the laser, and thus improve the treatment effect.
Features of the 1064nm laser hair removal wavelength include:
1. **Deep penetration**: The 1064nm wavelength has strong penetration ability and can penetrate deep into the skin to better target the deep hair follicles. This makes it particularly suitable for removing thicker and darker hair.
2. **Suitable for dark skin**: Since the 1064nm wavelength absorbs less melanin, it has a lower risk of pigmentation and skin burns when used on darker skin, making it the preferred wavelength for dark skin types.
3. **Reduce side effects**: Because of the lower absorption of melanin, the 1064nm wavelength excels in reducing post-treatment skin pigmentation and inflammation with fewer side effects.
4. **Wider applications**: The 1064nm laser is not only used for hair removal, but is also commonly used to treat vascular lesions and other skin problems because of its good absorption of oxidized hemoglobin.
5. **Cooling system combined**: It is often used in conjunction with an advanced cooling system to reduce pain and protect the epidermis, making the treatment process more comfortable.
Technical Parameters | Values |
---|---|
Product Name | GMS Glory Pro |
Laser Technology | Diode Laser |
Output Power | 1600W |
Wavelength | 755+808+940nm+1064nm |
Pulse Frequency | 1-10Hz |
Pulse Width | 5-400ms Adjustable |
Output Energy | 1-200J/CM2 |
Laser Water Temperature | 30°C |
Cooling System | +Thermal Electric Cooling+ Water Cooling+ Air Cooling+sapphire Contact Cooling For Laser Head |
Spot Size | 12*24mm2/12*28mm2 |
Power Requirement | AC220V±10%,50Hz, AC110V±10%,60Hz |
This Diode Laser Equipment, also known as Diode Laser Instrument, utilizes Laser Diode Technology to deliver precise and effective treatment.
The nose hair head of the laser hair removal machine is specially designed to safely remove excess hair in the nasal cavity. Here's how it works:
1. **Compact design**: The nose hair head is usually small, which can easily enter the nasal cavity and treat the hair in a targeted manner while avoiding contact with the sensitive mucous membrane in the nasal cavity.
2. **Low energy output**: Because the skin in the nasal cavity is thin and sensitive, the laser energy used by the nose hair head is low to ensure safety while achieving the effect of destroying hair follicles.
3. **Precise targeting**: The laser energy specifically targets the melanin in the hair follicles, destroys the hair follicles by heating, inhibits hair regeneration, and does not harm the surrounding tissues.
4. **Heat dissipation design**: The nose hair head is usually equipped with a heat dissipation device to prevent overheating and ensure comfort during use.