The hair removal optical cable is mainly composed of fiber core, cladding, coating layer, and sheath. Fiber core is the main channel for optical transmission, usually made of high-purity materials such as quartz glass. The cladding is wrapped around the fiber core, with a slightly lower refractive index than the core, which allows the laser to achieve total reflection in the core, thereby reducing the leakage and loss of optical signals. The coating layer is used to protect the optical fiber from external environmental influences such as wear and corrosion, and is generally made of polymer materials. The sheath is the outermost layer of the optical cable, which provides further protection and is usually made of materials such as plastic or rubber
Fiber selection for hair removal provided by KINZ
1.Circular fiber: Good beam quality: The symmetrical structure of circular fiber can better maintain the beam quality of laser and ensure that the laser accurately acts on hair follicles. Mature manufacturing process: The manufacturing process of circular optical fibers is relatively mature, with lower costs and more stable quality. Circular optical fibers have good compatibility with optical systems.
2.Square fiber optic: With high geometric accuracy, it can solve problems such as pattern matching, spot homogenization, and fiber bundling in specific applications. It can provide customized services and has a wide range of applications. High treatment efficiency, uniform energy distribution, and efficient large-scale hair removal.
Advantages
1. Efficient energy transmission: most of the laser energy is accurately delivered to the treatment area, reducing energy loss, improving hair removal efficiency, and shortening treatment time.
2. Stable and reliable connection: mainly SMA905 connector, with ceramic ferrule, tight and stable connection, which can effectively prevent energy leakage; at the same time, it supports a variety of connectors such as FC and ST to adapt to different devices to ensure stable and uninterrupted transmission process.
3. High safety: It can withstand high-energy laser transmission, avoid optical fiber damage due to excessive energy, and ensure safe and stable treatment process.
4. Operational flexibility: good flexibility, can adapt to the operation requirements of different treatment parts, convenient for doctors to flexibly adjust; small power fluctuations during continuous work to ensure uniform and consistent treatment effects.
