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Glory Pro 755nm 808nm 940nm 1064nm Laser Hair Removal
Working Theory:
The diode laser energy penetrates the upper layers of the skin and transfers its energy to the hair. The energy is absorbed by the melanin present in the hair and converted to heat, which damages and ultimately destroys the hair follicle, without damaging the surrounding tissue to permanently prevent hair regrowth.
Although the absorption of melanin corresponds to a wavelength of 400 to 1200 nm, the optimal laser wavelength for photo-hair removal is between 600 and 1100 nm, where melanin has more selective absorption and light penetrates relatively deeply into the skin.
In a three-wavelength system you typically have:
• 755, 810 and 1,064 there is a large gap between the 810 and 1,064 wavelengths.
• 810, 940 and 1,064 misses the very important 755 nm that treats the fine and residual hair.
more effectively covers the hair removal spectrum to ensure complete coverage of the area while minimizing that wavelength gap.Having 4 wavelengths result in homogeneous coverage over the effective range necessary to achieve hair removal.
Latest blend 4 wavelengths (755 nm, 810 nm, 940 nm, 1,064 nm)
A solution to more effectively treat the full spectrum of patients you may encounter is to use a combination of several wavelengths which are already well-known and clinically proven for laser hair removal treatment.
Advantages
Detailed Photos
Before & After
