The SMA905 hair removal fiber is a high-performance optical fiber equipped with an SMA905 connector, designed for professional laser hair removal and beauty systems. Featuring advanced coating technology, it enables precise laser energy delivery directly to the hair follicle target area, ensuring high hair removal efficiency while minimizing heat damage to surrounding skin tissue. With excellent stability and low transmission loss, this fiber serves as a critical component in medical and aesthetic laser equipment, guaranteeing consistent energy output and safe, effective treatment results.
The KINZ self-developed holmium laser hair removal fiber jumper is specially engineered for professional medical and beauty laser systems, offering superior performance in energy transmission and equipment compatibility.
Its core design focuses on delivering efficient and stable laser energy, meeting the medical aesthetics industry’s high standards for precision, safety, and treatment reliability.
The fiber jumper consists of an SMA905 connector, a high-transmission optical fiber core, and a customized treatment head interface, forming a robust and precisely aligned optical path for energy delivery.
Using an 810 nm semiconductor laser, the fiber efficiently directs energy toward the melanin in hair follicles while minimizing absorption by water and hemoglobin—making it suitable for various skin types.
Through the SMA905 hair removal fiber, laser energy is transmitted from the generator to the treatment head, maintaining stability, uniformity, and consistent output.
When applied to the skin, the laser energy is absorbed by follicular melanin, generating heat that safely destroys the follicle and inhibits regrowth.
High Energy Transmission Efficiency – Engineered with optimized optical materials and structure, this fiber ensures minimal loss across the holmium laser’s operational wavelengths, maximizing hair removal efficiency.
Excellent Stability – Delivers consistent performance even under prolonged, continuous operation, ensuring treatment accuracy and equipment reliability.
High Damage Threshold – The fiber end-face is coated with a high-strength protective layer, significantly enhancing its resistance to high-power laser pulses.
Outstanding Flexibility & Durability – A reinforced multilayer design maintains excellent flexibility, resisting bending, twisting, and stretching, while extending service life in demanding clinical use.
Widely used across various laser hair removal and beauty devices, from advanced systems in large medical aesthetic centers to compact, cost-effective units in smaller clinics. The fiber ensures uniform laser delivery and stable treatment results across all configurations.
Customization Options
Recognizing that each medical beauty institution and laser platform has unique requirements, KINZ offers fully customized solutions.
Core diameter, cable length, connector type, and protective configurations can all be tailored to fit your specific system design—ensuring seamless equipment integration and optimal optical performance for every treatment scenario.
