feature
Material characteristics: Made of industrial sapphire (corundum), mainly composed of alumina, with a hardness of Mohs 9, second only to diamond, it has excellent wear resistance and scratch resistance.
Thermal performance: high temperature resistance, melting point of 2050 ℃, high thermal conductivity, able to quickly dissipate heat and avoid equipment overheating.
Optical performance: It can penetrate light with wavelengths within 400-3500nm, with a transmittance greater than 99% and a light energy attenuation rate of less than 0.1%, ensuring stable transmission of laser energy.
Chemical stability: corrosion-resistant, capable of stable operation in various environments.
application
Laser beauty device: used to guide and transmit laser energy, ensuring that the energy is accurately applied to the skin, achieving functions such as hair removal and photon rejuvenation.
IPL beauty device: Provides stable optical transmission to ensure treatment effectiveness and safety.
Medical equipment: Suitable for medical devices that require high-precision light guidance, such as 808nm hair removal devices and photon rejuvenation devices.
advantage
Efficient heat dissipation: High thermal conductivity effectively reduces heat accumulation, improves equipment stability and user comfort.
High safety: The high temperature resistance and corrosion resistance ensure the safe operation of the equipment under high-energy laser.
Stable optical performance: ensuring accurate transmission of laser energy and improving treatment effectiveness.
Long lifespan: High hardness and wear resistance extend the service life and reduce maintenance costs.
Precautions
Cleaning and maintenance: Use a soft cleaning cloth and specialized cleaning agent to clean and avoid scratching the surface.
Storage environment: Store in a dry, well ventilated environment to prevent moisture and mold.
Usage: During use, avoid severe vibration and collision to avoid affecting its optical performance.
Please tell us the material, size, laser power, application before quote.
