Laser crystals are crucial in fields like precision machining, laser weapons, electro-optical countermeasures, environmental monitoring, medical lasers, and high-power, ultra-short pulse scientific installations. They offer high thermal conductivity and optical anisotropy, excelling in high peak power and high repetition rate systems. Ti:sapphire crystals are key for terawatt to petawatt ultra-short pulse lasers, with large-size crystals being essential for such installations.
High parallelism and monochromaticity: Laser crystals produce highly parallel and monochromatic laser beams, maintaining beam consistency during transmission, suitable for high-precision applications.
Wide application fields: Laser crystals are widely used in industrial, medical, and defense sectors. For example, in industry, they are used for precision machining; in medicine, for surgical tools and vision correction; and in defense, for laser weapons and guidance systems.
Laser crystals are materials that utilize laser effects, featuring unique energy level structures and emission properties. They are widely used in lasers, optical communications, fiber amplifiers, and optical sensors.
In lasers, laser crystals serve as key components, generating various wavelengths for applications in medicine, communications, and research.
In optical communications, they enhance system performance as light sources and amplifiers. In fiber amplifiers, they amplify light signals for fiber communications.
In optical sensors, they measure various parameters for industrial and medical applications.
In biomedicine, they are used in laser surgery and therapy.
The application prospects for laser crystals are broad.
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