BM212
Bomeitongbeauty
Availability: | |
---|---|
Quantity: | |
Alexandrite Laser Hair Removal 755 1064 Alex ND YAG Optical Fiber FDA CE ISO
Expand your YAG. product as yourpractice expands. Offer the spectrum of hair removal conditionsand a wider range of clinical indications.
The Alex-Yag is a single consolidated system that delivers a range of treatments -all skin type hair removal, as well as pigmented and vascular lesions. lt is a dual wavelength laser platform that combines the fastest and most powerful 755 nm Alexandrite laser with the 1064 nm Nd:YAG laser for high performance treatment capabilities in terms of speed, efficacy, ease-of-use, outstanding performance, safety and patient satisfaction.
The wavelength,high energy,and large beamdiameter result in forward scattering that yields adeeper penetration with improved efficacy.
During Treatment
Non-invasive laser energy is absorbed by hemoglobin, andconverted to heat energy.
Immediately After Treatment
Blood coagulates and the vessel wall collapses.
After Treatment
Over time the vessel is reabsorbed by the bodyand disappears.
The Alexandrite laser hair removal system is the laser that is used the most often on the market today. This is due to the fact that it is both efficient and quick.
The shorter Alexandrite (or “Alex”) laser pulse repetition rates and larger treatment spot sizes make it possible to treat extensive areas of the body in a shorter amount of time. Because the laser is so good at targeting brown pigment, the Alex is most effective and safest when used on people with light to olive-coloured skin.
The bigger the wavelength, the better the results. The Nd:YAG laser is recognized as the gold standard for the treatment of patients who have darker skin. This is due to the laser light’s lower dispersion and deeper penetration.
Lasers that use the Nd:Yag wavelength range may penetrate the hair follicle significantly. YAG laser penetration is safer for those with darker skin types than CO2 laser penetration. This is because the energy produced by the laser cannot concentrate in areas of the skin where pigment is present.
Alexandrite Laser Hair Removal 755 1064 Alex ND YAG Optical Fiber FDA CE ISO
Expand your YAG. product as yourpractice expands. Offer the spectrum of hair removal conditionsand a wider range of clinical indications.
The Alex-Yag is a single consolidated system that delivers a range of treatments -all skin type hair removal, as well as pigmented and vascular lesions. lt is a dual wavelength laser platform that combines the fastest and most powerful 755 nm Alexandrite laser with the 1064 nm Nd:YAG laser for high performance treatment capabilities in terms of speed, efficacy, ease-of-use, outstanding performance, safety and patient satisfaction.
The wavelength,high energy,and large beamdiameter result in forward scattering that yields adeeper penetration with improved efficacy.
During Treatment
Non-invasive laser energy is absorbed by hemoglobin, andconverted to heat energy.
Immediately After Treatment
Blood coagulates and the vessel wall collapses.
After Treatment
Over time the vessel is reabsorbed by the bodyand disappears.
The Alexandrite laser hair removal system is the laser that is used the most often on the market today. This is due to the fact that it is both efficient and quick.
The shorter Alexandrite (or “Alex”) laser pulse repetition rates and larger treatment spot sizes make it possible to treat extensive areas of the body in a shorter amount of time. Because the laser is so good at targeting brown pigment, the Alex is most effective and safest when used on people with light to olive-coloured skin.
The bigger the wavelength, the better the results. The Nd:YAG laser is recognized as the gold standard for the treatment of patients who have darker skin. This is due to the laser light’s lower dispersion and deeper penetration.
Lasers that use the Nd:Yag wavelength range may penetrate the hair follicle significantly. YAG laser penetration is safer for those with darker skin types than CO2 laser penetration. This is because the energy produced by the laser cannot concentrate in areas of the skin where pigment is present.