Ti Sapphire Laser Crystal

It has excellent mechanical and thermal properties has a high laser damage threshold and most important has the widest emission bandwidth of any laser gain material spanning 680 to 1100 nm. Medical laser systems lidars laser spectroscopy direct femtosecond pulse generation by kerr type mode. Titanium doped sapphire ti3 al2o3 is widely used for tunable lasers and femtosecond solid state lasers.

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Ti Sapphire Laser Crystal Crystals Laser Sapphire

Ti Sapphire Laser Crystal Crystals Sapphire Laser

Ti Sapphire Laser Crystal Crystals Laser Sapphire

Ti Sapphire Laser Crystal Crystals Sapphire Laser

Ti Sapphire Laser Crystal Crystals Laser Sapphire

Ti sapphire al2o3 ti3 titanium doped sapphire crystals combine supreme physical and optical properties with broadest lasing range it s indefinitely long stability and useful lifetime added to the lasing over entire band of 660 1050 nm challenge dirty dyes in variety of applications.

Ti sapphire laser crystal.

The crystals are obtained by czochralski method from mo crucible in crystallization medium with the. High quality hem ti sapphire laser crystals begin with perfect crystalline structure and the correct 3 valance electron state. The crystals are grown in our advanced sapphire furnaces leveraging 40 years of crystal process knowledge and expertise to produce the highest quality and performing material for the most demanding applications. Ti sapphire laser crystal manufacturer meta laser.

Lasers based on ti sapphire were first constructed and invented in june 1982 by peter moulton at the mit lincoln laboratory. The possible tuning range is 650 nm to 1100 nm but different mirror sets are normally required for covering this huge range and exchanging mirror sets is a tedious task. Our ti sapphire crystals are unparalleled in size quality and laser amplification performance. The maximum gain and laser efficiency are obtained around 800 nm and many ti sapphire lasers operate with emission wavelengths between about 700 nm and 900 nm.

Ti sapphire laser crystals combine the excellent thermal physical and optical properties of sapphire with the broadest tunable range of any known material. Dazu werden die titan saphir laser von einem zweiten laser optisch gepumpt. The optical quality of sapphire doped with 0 03 0 12 mass of titanium was investigated. Der absorptionsbereich des kristalls liegt bei etwa 370 670 nm mit einem maximum bei etwa 500 nm.

Frequency doubling the output provides tunability across the blue green region of the visible spectrum. Titanium doped sapphire ti sapphire is the preeminent gain material for these ultrafast lasers. Titanium sapphire refers to the lasing medium a crystal of sapphire al 2 o 3 that is doped with ti 3 ions. We ensure these requirements through our multiple stage rigorous inspection process using state of the art test and measurement equipment.

Laser output can be can be generated over the entire spectrum from 650 nm to 1100 nm.