With over 150 systems deployed all over the world, the Dazzler systems constitute the premier choice for your pulse shaping applications. The main features are listed below :

Simple self contained ultrafast pulse shaper :unlike other ultrafast pulse shaping techniques, Dazzler systems do not require complicated optical set ups with critical optical alignments

Flexible system :reinstallation of the system is typically performed in less than one hour.

User friendly :end users have access to both spectral phase and amplitude control parameters via the main screen window.

In line beam geometry :the crystal module is inserted in line with the laser beam.

ultra compact device:the crystal module dimensions are as small as 50x100x20 mm3.

Quantitative shaping :neither assumptions nor hypothesis are made for the spectral phase control. The spectral phase control is as accurate as the material properties of the crystal are known, thus allowing users to fully trust the shaping characteristics.

Remotely controlable :the Dazzler system can be controlled by an external user program written in any language (genetic algorithm or others), thus enabling for the creation of rapid feedback loop based experiments.

High throughput efficiency: efficiencies of more than 50% are routinely achieved.

No calibration :due to the physics of the acousto-optic interaction, the Dazzler crystal module does not require any calibration process to achieve accurate results.

Flexible pulse shaping ability: the Dazzler allows to generate multiple pulses of identical spectrum with programmable delay intervals, as well as generating transform limited femtosecond to picosecond pulse durations.

No time ghosts generation :the phase control in Dazzler is obtained through true group time delays, thus without any discontinuities versus wavelength.