Laser energy can be used to vaporize, ablate and cut soft tissue while providing lateral thermal injury capable of coagulating blood vessels. When using 1470nm energy, the mechanism of action is absorption by water in the soft tissue. The energy at 1470nm, which sits on a local peak of water absorption, provides highly precise tissue interaction, as all energy turns into heat immediately on the tissue surface. As such, the laser enables microsurgical precision at lower dosages, leading to less overall thermal trauma and better results. When utilizing 980nm energy, the mechanism of action is absorption by both water and blood in soft tissue. Specifically, 980nm laser energy provides almost equal absorption by blood and water in tissue, enabling precise cutting as well as very strong coagulation.
Wuhan Gigaa Optronics Technology Co., Ltd. Focuses on the medical diode laser system and accessories for application in a wide range of medical specialties. Using the perfect Chinese resource industry, we provide the high quality and the cost effective new type medical laser systems to the clients all over the world. The laser systems involve to Urology, EVLT, ENT, Dental, Gynecological, Orthopedic, Plastic surgery and other areas. Lucien -Sales Manager
2016年9月29日星期四
Surgery Laser for ENT and Gynecology
The gigaa laser can be used as a precision cutting and coagulation tool for a variety of surgical applications in the fields of ENT and GYN.
Laser energy can be used to vaporize, ablate and cut soft tissue while providing lateral thermal injury capable of coagulating blood vessels. When using 1470nm energy, the mechanism of action is absorption by water in the soft tissue. The energy at 1470nm, which sits on a local peak of water absorption, provides highly precise tissue interaction, as all energy turns into heat immediately on the tissue surface. As such, the laser enables microsurgical precision at lower dosages, leading to less overall thermal trauma and better results. When utilizing 980nm energy, the mechanism of action is absorption by both water and blood in soft tissue. Specifically, 980nm laser energy provides almost equal absorption by blood and water in tissue, enabling precise cutting as well as very strong coagulation.
Laser energy can be used to vaporize, ablate and cut soft tissue while providing lateral thermal injury capable of coagulating blood vessels. When using 1470nm energy, the mechanism of action is absorption by water in the soft tissue. The energy at 1470nm, which sits on a local peak of water absorption, provides highly precise tissue interaction, as all energy turns into heat immediately on the tissue surface. As such, the laser enables microsurgical precision at lower dosages, leading to less overall thermal trauma and better results. When utilizing 980nm energy, the mechanism of action is absorption by both water and blood in soft tissue. Specifically, 980nm laser energy provides almost equal absorption by blood and water in tissue, enabling precise cutting as well as very strong coagulation.
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