new material
Holmium-doped yttrium aluminum garnet (Ho:YAG) crystal is a high-performance laser material designed for efficient mid-infrared emission, superior thermal conductivity, and high optical gain. Engineered with precise holmium doping, it enables stable lasing operation at wavelengths around 2.1 µm, making it particularly well-suited for medical laser systems, industrial material processing, and scientific research. Ho:YAG crystals offer excellent energy efficiency, strong resistance to thermal degradation, and high damage thresholds, ensuring reliable laser performance for advanced optical applications.
Product Overview:
Holmium-doped yttrium aluminum garnet (Ho:YAG) is a high-efficiency laser material commonly used in solid-state lasers. Holmium (Ho) ions are doped into a yttrium aluminum garnet (YAG) matrix, enabling the generation of laser output at specific wavelengths. Ho:YAG crystals have widespread applications in medical, industrial, and optical imaging fields, playing a key role in technologies such as imaging and laser illumination.
Key Features:
- Efficient Laser Emission:Ho:YAG crystals provide specific wavelength laser output, ideal for precise laser processing and applications.
- Mid-Infrared Laser:The Ho:YAG laser wavelength is well-suited for soft tissue surgery, making it especially effective in medical applications.
- Good Thermal Stability:With high thermal conductivity and strong thermal stability, Ho:YAG crystals operate stably in high-power laser systems.
- Chemical and Mechanical Stability:Ho:YAG crystals are chemically stable, resistant to environmental influences, and offer high mechanical strength and durability.
Applications:
- Medical Applications:Ho:YAG crystals are widely used in laser surgery, dental treatments, soft tissue cutting, and endoscopic procedures, especially in treatments requiring mid-infrared laser wavelengths.
- Laser Illumination & LED Lighting:Ho:YAG crystals are used in laser illumination systems, providing efficient laser sources for lighting and optical systems.
- Imaging Screens:As a key material in imaging technologies, Ho:YAG crystals are used in imaging screens and display technologies, particularly in high-resolution imaging applications.
- Industrial Applications:Ho:YAG crystals are employed in laser engraving, laser marking, and material processing, offering high-precision laser solutions for industrial uses.
- Scientific Research & Defense:Ho:YAG crystals play a crucial role in laser detection, remote sensing, and optical imaging in scientific research and defense, especially in high-precision measurements and analysis.
