Lipolytic fiber transmits specific wavelength laser energy to the subcutaneous fat layer through a thin fiber optic cable. After laser energy is absorbed by adipocytes, it is converted into heat energy, causing the rupture of the adipocyte membrane and releasing components such as fatty acids, glycerol, and water.
Polyimide optical fiber for lipid dissolution
structure
Fiber core: made of high-purity SiO ₂ and doped with a very small amount of dopants.
Cladding: Made of high-purity SiO ₂ and containing a very small amount of dopants, the refractive index of the cladding is appropriately reduced to slightly lower than the refractive index of the fiber core
Coating layer: protects the optical fiber from water vapor erosion and mechanical abrasion, while increasing the mechanical strength and bendability of the optical fiber, playing a role in extending its lifespan.
Connector: One end of the resin fiber optic cable is usually equipped with a dedicated SMA905 connector, which is used to connect the fiber optic cable to laser equipment.
