High Power Laser Diode Array

High power diode laser technology xvii.

High power laser diode array.

High power diode laser arrays 137 has been developed to the point that the thermal impedance is signifi cantly lower than that of conventional single bar platforms typical values are 0 25 to 0 35 c w depending on the flow rate which enables either increased power per diode laser bar or a longer lifetime. The continuous wave 100 w class 808 nm laser diode arrays with extremely high power conversion efficiency of 68 were reported at the heatsink temperature of 25 c. High power laser diode arrays which are made of stacks of individual or multistripe laser diodes or in some cases vertical cavity surface emitting lasers vcsels can put out watts to kilowatts of optical power for uses such as laser pumping industrial heating illumination or as the input for fiber optic direct diode laser devices for. High power diode laser systems based on broad area fp lasers and bars have several advantages such as high optical power and efficiency in addition to low cost and a small footprint.

Our patented quantum well intermixing qwi technology and state of the art high volume manufacturing process create diode laser products with unrivaled levels of power. For many applications high power cw output is the main requirement although many applications necessitate additional features such as good beam quality narrow spectral linewidth and wavelength stability over. Intense is revolutionizing the way diode lasers solve evolving optoelectronic needs from high density individually addressable lasers arrays to high power products. To the best of our knowledge this was the highest power conversion efficiency at continuous wave 106 w 808 nm laser diode array with 50 fill factor so far.