The device is composed of a 2-D planar VCSEL array mounted on a high thermal conductivity submount and a copper base. It produces 40W output power in CW mode, with a narrow spectral width (~0.8nm), thermally stable emission wavelength (0.06nm/K), and low beam divergence (NA~0.14). The device is immune to back-reflections and offers unprecedented reliability since it is not subject to catastrophic optical damage (COD). The device can also be operated in QCW or short-pulsed (<20ns) mode. Such laser is ideally suited for solid state laser pumping and medical applications.
Princeton Optronics offers advanced high-power CW diode lasers for the defense, medical and industrial markets. Princeton Optronics' innovative approach is based on the Vertical-Cavity Surface-Emitting Laser technology (VCSEL for short), enabling the manufacture of laser diodes with exceptionally high reliability, and superior spectral and beam properties.
Contact information: sales@princetonoptronics.com; 609-584-9696x107; For more information, please visit: www.princetonoptronics.com
Princeton Optronics offers advanced high-power CW diode lasers for the defense, medical and industrial markets. Princeton Optronics' innovative approach is based on the Vertical-Cavity Surface-Emitting Laser technology (VCSEL for short), enabling the manufacture of laser diodes with exceptionally high reliability, and superior spectral and beam properties.
Contact information: sales@princetonoptronics.com; 609-584-9696x107; For more information, please visit: www.princetonoptronics.com
