Vutii Beauty
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| Model | AresLite |
| Technology | Non-crystal Diode Laser Hair Removal Technology |
| Wavelength | 4 wavelengths 755nm + 808nm + 940nm + 1064nm |
| Spot Size | 15*20mm / 15*30mm |
| Laser Device | USA Coherent imported laser device |
| Laser Device Energy | Non-crystal 600W = Traditional Diode 1000-1200W Non-crystal 1200W = Traditional Diode 2000-2400W |
| Touch Screen | 15.6 inch Android color touch screen 4 inch color touch screen |
| Pulse Width | 1-400ms |
| Frequency | 1-20Hz |
| Output Power | 4000W |
| Cooling System | Air Water + TEC Cooling + Semiconductor Software |
| Voltage | 110V/220V 50Hz-60Hz |
The Alexandrite wavelength improves the absorption of powerful energy by the melanin chromophore, making it ideal for the most extensive range of hair colors and types, especially light-colored and thin hair. With increased superficial penetration, the 755nm wavelength targets the Bulge of the hair follicle and is especially effective for superficially embedded hair.
The 808nm is a classic hair removal wavelength, offering deep penetration of the hair follicle with high average power, a rapid repetition rate, and a large 2cm² spot size for time-efficient treatments. The 808nm has a moderate melanin absorption level, making it safe for darker skin types. Its deep penetration capabilities target the Bulge and Bulb of the hair follicle, while moderate tissue depth penetration makes it ideal for treating the arms, legs, cheeks, and chin.
The YAG 1064 wavelength is characterized by lower melanin absorption, making it a perfect solution for darker skin types. The 1064nm also offers the deepest penetration of the hair follicle, targeting the Bulb and Papilla, while deeply treating embedded hair in areas such as the scalp, armpits, and pubic areas. With higher water absorption generating a higher temperature, incorporating the 1064nm wavelength increases the thermal profile of the overall treatment, leading to highly effective hair removal and improved results.
The semiconductor hair removal machine uses a semiconductor laser as the excitation source and emits a laser with a wavelength of 808 nm. The laser at this wavelength is highly selectively absorbed by the hair tissue, especially the melanin in the hair follicle, reducing the absorption rate of other normal tissues and allowing more light energy. It acts on the hair follicle to destroy the hair follicle tissue, so that the hair follicle stem cells lose their replication and memory functions to achieve the purpose of removing hair. At the same time, the laser will not cause any effect on normal tissue.
