Wave Technology-Ultrafast grating pulse compressor

Wave Technology - Ultrafast Grating Pulse Compressor

Grating Pulse Stretching/Compressor

Compared with prisms, gratings can provide a larger amount of dispersion and can therefore be used in applications that require higher pulse stretching or dispersion compensation. For example, most commercial Ti:sapphire lasers currently use reflection grating-based pulse compressors. In addition, in various scientific researches, it is necessary to use pulses with dispersion characteristics to study the dynamic processes of different wavelengths at different times, and it is also necessary to re-broaden the compressed pulses. For laser pulses on the order of millijoules or even joules, reflective grating dispersion compensators are only the most ideal choice. Wave Technology can provide reflective grating dispersion compensators with compact structure, flexible dispersion compensation and high transmission efficiency according to customers' customized requirements.

Wave Technology-Ultrafast grating pulse  - Figure 2

In addition to the most commonly used reflective metal-coated gratings, transmission gratings have gradually become the new favorite of femtosecond lasers due to their stable structure, high damage threshold, flexible dispersion compensation, and ultra-high transmission efficiency. Transmission grating compressors are mostly used in Yb fast laser systems, and have also begun to be adopted in some commercial Ti:sapphire lasers. Wave Technology can provide you with professional and efficient pulse broadening/compression solutions.

Wave Technology-Ultrafast grating pulse  - Figure 3

Wavelion Technology has professional dispersion management capabilities and provides customers with comprehensive dispersion management solutions, including femtosecond pulse shaper Dazzler, hollow fiber stretcher compressor, prism stretcher compressor, chirped mirror, etc. Welcome to contact us to purchase.

Wave Technology-Ultrafast grating pulse  - Figure 7