Laser is a kind of focused energy, and the human skin is a relatively light-transmitting structure. This energy can pass through the skin surface very smoothly and reach the root of the hair, that is, the hair follicle.
1000/1200/1500um Laser Hair Removal Fiber with D80 Connector for 755-1064nm Wavelength
Hair Removal Fiber D80 Hair Removal Patch Cord
The D80 hair removal patch cord is a high-power fiber optic patch cord designed specifically for laser hair removal equipment. The core structure includes a D80 standard connector and a large core diameter energy transmission fiber (such as 1500μm specification). The fiber core end face is finely ground and polished, and special coating technology (such as anti-reflection coating in the 755nm-1064nm band) is used to ensure efficient energy transmission within the commonly used wavelength range for medical beauty (covering 755nm Alexander laser, 810nm diode laser and 1064nm Nd:YAG laser). The improved D80 interface is mainly used to connect the laser host and the treatment handpiece to meet the needs of high-power transmission and precise energy control in clinical hair removal treatment.
How to choose the appropriate hair removal fiber for laser hair removal machine?
(1)Determine the parameters of laser equipment
Laser wavelength: Different wavelengths are suitable for different skin types and hair colors.
755nm (Alexander laser): suitable for light skin and fine hair.
810nm (diode laser): suitable for most skin types, with strong versatility.
1064nm (Nd: YAG laser): Suitable for dark skin and coarse hair.
Laser power: High power equipment requires fiber optics that are resistant to high temperatures and have high stability.
Pulse width and frequency: Ensure that the fiber can support the pulse parameters of the equipment.
(2)Select fiber type
Quartz fiber: high transmittance, suitable for most hair removal lasers. Good flexibility and easy operation.
Sapphire fiber: resistant to high temperatures, suitable for high-power lasers. High hardness, suitable for precision operation.
(3) Determine the diameter of the optical fiber
Large diameter optical fiber (such as 600 μ m-2000 μ m): suitable for large-area hair removal with uniform energy distribution. The treatment speed is fast, but the precision is low.
Small diameter optical fiber (such as 300 μ m-400 μ m): suitable for delicate areas (such as the face, bikini line). Energy concentration, suitable for high-precision treatment.
(4)Check compatibility
Equipment interface: Ensure that the interface between the fiber optic and laser equipment matches (such as SMA905, D80 interface).
Wavelength matching: The transmission range of optical fiber needs to cover the laser wavelength.
Power compatibility: Fiber optic cables must be able to withstand the highest power output of the equipment.
KINZ Laser Hair Removal Fiber
