Cosmetic laser treatment device and method for localized lipodystrophies and flaccidity
A malnutrition, diode laser technology, used in the field of laser surgery
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Embodiment 1
[0057] Figures 1A and 1B illustrate photographically the appearance of the lower eyelid before and after treatment by the methods and devices of the present invention as an example of an effective treatment provided by the present invention.
[0058] Laser energy is delivered directly into the subcutaneous tissue through a disposable optical fiber. This tissue is composed of fatty and structural tissue nourished by arterioles, veins, and lymph. In this lower eyelid, the laser was pulsed 20 to 30 times at a power of 4 W, delivering 8 joules per pulse for 2 seconds.
[0059]Radiation from the Biolitec(R) 980 nm laser is selectively absorbed by the subcutaneous tissue surrounded by saline solution. The fat film is destroyed by thermal effects (radiation at 980 nm is well absorbed by water). For example, with 15 watts for 3 seconds (45 joules), the temperature on the fiber tip reaches approximately 100°C, which is diffused by tumescent anesthesia and reduces the temperature to 7...
Embodiment 2
[0061] Figures 5A and 5B illustrate photographically the appearance of the back region before and after treatment by the methods and devices of the present invention as an example of an effective treatment provided by the present invention.
[0062] Laser energy is delivered directly into the subcutaneous tissue through a disposable optical fiber. This tissue is composed of fatty and structural tissue nourished by arterioles, veins, and lymph. In this chest region, the laser was pulsed more than 70 times at 36 joules per pulse at 12 W power.
[0063] Radiation from the Biolitec(R) 980 nm laser is selectively absorbed by the subcutaneous tissue surrounded by saline solution. The fat film is destroyed by thermal effects (radiation at 980 nm is well absorbed by water). For example, with 15 watts for 3 seconds (45 joules), the temperature on the fiber tip reaches approximately 100°C, which is diffused by tumescent anesthesia and reduces the temperature to 70°C ± 10°C. It is the...
Embodiment 3
[0065] Figures 6A and 6B illustrate photographically the appearance of the outer thigh before and after treatment by the methods and devices of the present invention as an example of an effective treatment provided by the present invention.
[0066] Laser energy is delivered directly into the subcutaneous tissue through a disposable optical fiber. This tissue is composed of fatty and structural tissue nourished by arterioles, veins, and lymph. The laser was pulsed at least 70 times at 30 joules per pulse for 2 seconds at a power of 15 W in the thigh and buttock region.
[0067] Radiation from the Biolitec(R) 980 nm laser is selectively absorbed by the subcutaneous tissue surrounded by saline solution. The fat film is destroyed by thermal effects (radiation at 980 nm is well absorbed by water). For example, with 15 watts for 3 seconds (45 joules), the temperature on the fiber tip reaches approximately 100°C, which is diffused by tumescent anesthesia and reduces the temperatur...
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