Application

Ti: sapphire (Titanium doped Sapphire, Al2O3:Ti3+) is used for making ultra-short pulse solid-state or wavelength tunable lasers. Ti: sapphire lasers are also very convenient e.g. for pumping test setups of new solid-state lasers (e.g. based on neodymium or ytterbium-doped gain media), since they can easily be tuned to the required pump wavelength and allow one to work with very high pump brightness due to their good beam quality and high output power of typically several watts.

1. Wide range of emission band from 660 to 1050 nm
2. The absorption band at 490 nm, ranging from 400 to 650 nm, is used for pump sources of many different lasers.
3. 3.2 μs fluorescence lifetime, effectively pumped by flash lamps in high-power laser systems.
4. Combining supreme thermal and optical properties with the broadest lasing range among other materials
5. Suitable for a variety of applications spanning from material processing to time-resolved and multi-photon spectroscopy.


The 99.999% purity Purple Color Titanium Sapphire and Pigeon Blood Ruby Rods have exceptional optical and mechanical properties, making them highly valuable in various cutting-edge applications. Here are potential use cases for these materials:

1. High-Precision Laser Systems

Titanium-doped sapphire (Ti

) rods, known for their tunable laser capabilities, are widely used in the creation of high-precision lasers. With their 99.999% purity and unique purple hue, these rods offer enhanced performance for applications such as spectroscopy, biomedical imaging, and ultrafast laser pulses in research and industrial settings.

2. Nonlinear Optics

materials are often employed in nonlinear optics, where they generate ultrashort pulse lasers for frequency conversion, second-harmonic generation, and parametric oscillation. Their high purity improves the efficiency of nonlinear processes, allowing for better performance in optical communications, advanced imaging, and high-speed data transfer.

3. Pigeon Blood Ruby for High-Power Laser Components

Pigeon Blood Ruby, with its deep red color and high purity, is used in creating robust components for high-power solid-state lasers. These rods serve as gain mediums in laser resonators, supporting applications such as cutting, welding, drilling, and materials processing in industries like aerospace and automotive manufacturing.

4. Gemological and Aesthetic Applications

Beyond their technical functions, these high-purity materials have significant aesthetic value. The vibrant purple color of Ti

and the striking red of Pigeon Blood Ruby are highly prized in luxury markets for fine jewelry, custom optical elements, and decorative applications that require materials with both high purity and visual appeal.

5. Medical Lasers and Precision Surgery

In medical applications, high-purity Ti

and ruby rods are used in lasers for precision surgeries, such as eye surgery (LASIK) and dermatological treatments. Their stability, durability, and precise wavelength output make them essential for delivering controlled, minimally invasive treatments in medical settings.

6. Scientific Research

Both Titanium Sapphire and Pigeon Blood Ruby are vital in scientific research, especially in fields requiring high-precision measurement and imaging. For example, Ti

lasers are crucial in time-resolved spectroscopy and atomic physics experiments, while ruby rods are used in creating stable laser sources for scientific exploration.

In conclusion, these high-purity materials—Titanium Sapphire and Pigeon Blood Ruby Rods—are indispensable in both industrial and scientific domains due to their excellent optical properties, durability, and tunability, making them ideal for applications in lasers, medical devices, nonlinear optics, and high-end jewelry.

Main Specifications

Material characteristics