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.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
.... Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures: Good absorption by the oxy haemoglobi...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...
...principle of selective photothermolysis. Laser light is absorbed by the oxy haemoglobin of the blood, so the vessels may be coagulated under the skin without any injury. The 980nm wavelength of laser ensures...