Ti Sapphire Laser Coherent

This extremely simple all solid state approach is analogous to modelocking by a fast saturable absorber.

Ti sapphire laser coherent.

Modelocking is accomplished based on the widely used and reliable klm kerr lens modelocking technique. This is seeded by coherent s hands free vitara oscillator and is powered by a new pump laser offering enhanced overhead stability and beam quality. If your coherent laser is in need of service or you desire to purchase a ring dye or ti. Laser innovations offers sales and complete laser service of coherent ring dye ti.

Hass highly accelerated stress screening. Sapphire laser system please call for a quotation. With the release of the new chameleon discovery coherent now truly offers the most powerful and flexible range of ultrafast technology designed for completely hands off operation. This is seeded by coherent s hands free vitara oscillator and is powered by a new pump laser offering enhanced overhead stability and beam quality.

Is a leading global supplier of industrial and fiber laser solutions headquartered in the united states for over 50 years. Der absorptionsbereich des kristalls liegt bei etwa 370 670 nm mit einem maximum bei etwa 500 nm. The mira family of modelocked ti sapphire laser systems. Titanium sapphire refers to the lasing medium a crystal of sapphire al 2 o 3 that is doped with ti 3 ions.

Klm simple reliable modelocking. Dazu werden die titan saphir laser von einem zweiten laser optisch gepumpt. Lasers based on ti sapphire were first constructed and invented in june 1982 by peter moulton at the mit lincoln laboratory. Hass highly accelerated stress screening.

The mira 900 family of ultrafast ti sapphire lasers the innovative design of the mira 900 system makes switching between continuous wave picosecond and femtosecond operation simple while passive kerr lens modelocking provides greater ease of use and reliability. Group velocity dispersion gvd in the mira optima 900 f the femtosecond cavity version. Sapphire lp lpx is a series of free space cw lasers with up to 500 mw output power. It is the ideal laser solution for a manifold of applications such as life sciences environmental protection electronics and metrology.

Multiphoton microscopy demands laser technology that is simple to use yet flexible enough to allow you to explore the widest range of wavelengths and fluorophores. The final key sub system is the advanced sealed stretcher compressor designed for superb dispersion compensation and durability.