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Titanium-doped sapphire (Ti:Al₂O₃) crystal is a high-performance laser material recognized for its broad tunability, superior thermal stability, and excellent optical gain. Engineered with precise titanium doping, it enables tunable laser operation across a wide spectral range from 650 nm to 1100 nm, making it ideal for ultrafast lasers, spectroscopy, and precision scientific research. Ti:Al₂O₃ provides high damage thresholds, efficient energy absorption, and reliable performance in demanding optical applications.
Product Overview:
Titanium-doped sapphire crystal (Ti:Al₂O₃) is a sapphire crystal material doped with titanium (Ti), known for its exceptional laser performance. It is widely used in lasers, optical devices, and other high-tech applications. This crystal serves as a solid-state laser medium, capable of producing high-efficiency laser output. It features a stable structure, excellent chemical properties, and can function reliably in extreme environments.
Key Features:
- Efficient Laser Performance:Ti:Al₂O₃ is a high-performance laser material, capable of generating high-power laser output when properly excited, making it ideal for laser systems.
- Excellent Optical Properties:The crystal offers high transparency and is suitable for a wide range of optical applications, particularly in the infrared and visible light spectrum.
- Strong Structural Stability:The crystal’s structure is highly stable, able to withstand high-intensity laser radiation and is resistant to wear and high temperatures.
- Wide Wavelength Tunability:The laser wavelength of Ti:Al₂O₃ can be adjusted over a broad range, making it versatile for various laser applications.
Applications:
- Laser Technology:Ti:Al₂O₃ crystals are widely used in solid-state lasers, laser amplifiers, and other high-energy laser systems as a laser medium or gain medium.
- Optical Components:These crystals are used as key optical elements in high-precision systems, such as laser resonators and optical amplifiers.
- Infrared and Visible Light Applications:Ti:Al₂O₃ crystals play an important role in laser applications in the infrared and visible light range, including laser detection and spectroscopy.
- Scientific Research:They are extensively used in advanced research in physics, chemistry, and other fields, particularly in nonlinear optics, laser studies, and laser communication technology.
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