Optical parametric oscillators (OPO) are a type of technology in which a nonlinear medium is placed inside an optical resonator. The pump light, signal light, and idler light repeatedly pass through the nonlinear medium. When the gain of the signal and idler light exceeds the losses within the resonator due to parametric amplification, laser oscillation occurs. As a widely tunable coherent light source, OPO overcomes the wavelength limitations of solid-state lasers, enabling laser output from ultraviolet to far infrared within a single laser system. OPOs also feature an all-solid-state design, high efficiency, and considerable output power. The Nimma series from Beamtech Optronics Co., Ltd., known for its high beam quality and intelligent frequency doubling unit design, is one solution for OPO system pump sources.
Application
Solution
Beamtech Optronics Co., Ltd.'s Dawa series, Nimma series, and SGR series are suitable for pumping high-energy pulsed solid-state OPO lasers. High-energy OPO lasers find extensive applications in cutting-edge scientific research fields such as molecular reaction dynamics, spectroscopy, fluorescence, molecular bioimaging, atomic spectroscopy, atomic transition control, and nonlinear optics.
With years of experience in laser design, Beamtech has developed the Dawa series, Nimma series, and SGR series of lasers characterized by their stable energy output, uniform spatial beam distribution, stable beam pointing, and timing stability. These lasers are designed to meet the laser output requirements of OPO pump sources and feature stable YAG laser second and third harmonic output, making them suitable for long-term OPO applications. The engineering appearance and user-friendly operation design make Beamtech Optronics' OPO pump laser products easy to operate. CE certification and ISO:9001 quality system certification ensure the high quality and electromagnetic compatibility of Beamtech Optronics' standard products in mass production. Beamtech Optronics Co., Ltd. also offers a customized high repetition rate and high energy solid-state YAG lasers according to customers' specific needs, providing suitable solutions for various applications.
