800nm High Power Diode Pumped Titanium Gemstone Device (Ultra High Cost Performance)

Titanium sapphire laser media have great advantages in ultra short pulse generation and wavelength tuning due to their extremely wide gain and emission spectra. For a long time, expensive 532 nm solid-state lasers have been used as pump sources for titanium sapphire lasers, which has to some extent limited their promotion and application. The emergence of high brightness and high-power blue-green laser diodes has provided new possibilities for the realization of low-cost titanium sapphire oscillators. LD has advantages such as compact structure, high stability, and low price. Using LD as the pump source can not only greatly reduce the cost of titanium sapphire lasers, but also effectively improve system stability and facilitate system integration.

Shanghai Haoliang Optoelectronics has launched a titanium sapphire femtosecond laser based on direct diode pumping technology. By replacing bulky and expensive DPSS lasers with ultra compact and low-cost laser diodes, a robust and compact output power of up to 500mW has been successfully provided from a single compact laser head. Therefore, it is the perfect light source for applying femtosecond laser pulses to various cutting-edge applications.

Tenacity is an ideal femtosecond laser suitable for many scientific applications, such as biomedical imaging, generation/detection, amplifier seed sources, and more.

Superior compactness and convenience

By combining laser diodes with mirror design, the entire turnkey femtosecond laser has been successfully integrated into a single package slightly larger than a shoe box, greatly reducing the complexity of experimental setup. As no additional controller unit is required, users can easily install the system upon arrival at the laboratory.

Excellent stability and durability

Due to its highly robust optomechanical and electronic design, toughness represents the next generation of femtosecond titanium: sapphire lasers with outstanding passive stability and durability. In addition, continuous active output power stability ensures both short-term and long-term stability.

Long term passive stability of spectrum and power under unstable environmental conditions:

Test performance

Specification indicators