In laser systems, sapphire glass plays a unique and important role, which is reflected in the following aspects:

Material of laser amplifier: Sapphire glass is an excellent laser amplifier material, which has unique advantages as a laser medium in laser systems. Its unique crystal structure and chemical composition enable it to achieve efficient energy conversion during laser amplification, thereby improving the output power and stability of the laser.

Optical lenses and windows: Due to its high hardness and excellent optical transparency, sapphire glass is often used as an optical lens and window material in laser systems. It can effectively resist the high-energy output of laser and strong beam irradiation, protect the optical components inside the laser system, and will not cause dispersion or absorption of the beam.

Q-switch: Sapphire glass can be used to manufacture Q-switches, which are used to adjust the output pulse frequency and width of lasers. By controlling the optical absorption characteristics in sapphire glass, it is possible to regulate and control the laser, thereby achieving efficient laser Q-switching operations.

Optical resonator: Sapphire glass is used as a material for optical components in laser resonators, which can effectively stabilize the working frequency and mode of the laser, improve the output power and beam quality of the laser system.

Laser Diffuser: Sapphire glass can also be used as a diffraction device in laser systems, for beam splitting, combining, and adjusting the direction and intensity of laser beams. Its excellent optical performance and stability ensure the high precision and stability of diffraction devices