Technology, high power lasers, solid state lasers, fiber lasers, material processing, free-space optical communications. laser beam combining, wavefront control, coherent beam combining, fast optical computing, tensor operations, diffractive optics

State-of-The-Art Technology

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High-Power Solid-State and Fiber Lasers

Team at OPS has developed many first-in-the-world high power industrial lasers, including 1.6kW 250mJ Infrared nanosecond, 2kW 200mJ Green nanosecond, 180W UV nanosecond, 200W picosecond solid state lasers, 500W, scalable to 1.2kW, nanosecond fiber lasers. In the development are high average power diode lasers, high pulse energy fiber lasers, kW-class sub-nanosecond low-M2 solid state lasers, coherent beam combining and beam shaping systems for industrial and defense applications. For more details, please contact us at info@omega-photonics.com.

Green World System Solutions - LPM and SPM

OPS is developing Economic system solutions for laser cleaning and surface patterning. For cleaning, Laser Processing Module (LPM) is an integrated scanner, sensors with software, compatible with most Robotics systems. For patterning, the Surface Processing Module (SPM) is an integrated optics, an in-situ monitoring system with software. Using LPM and SPM with our most powerful laser system, the processing speed will be increased by 3x -10x and Return On Investment by 6x - 10x. This is a true GREENER solution for many industries. For more details, please contact us at info@omega-photonics.com.

Laser Beam Combining and Wavefront Control

Beamforming, which includes beam combining and wavefront control, is a critical technology for commercial and defense applications, such as materials processing and directed-energy weapons. OPS has established a unique capability for both laser beam combining and wavefront control on a single technology platform, a very efficient light conversion system (patent pending). For more details, please contact us at info@omega-photonics.com.

Optical Computing

Electronics has been dominated technologies for the generation and processing of information while photonics has dominated technologies for the transmission of information. As the processing power of electronic integrated circuits (IC) will, sooner or later, fail to grow according to the Moore’s law, the optics and photonics community has been motivated to explore optical and photonic information processing. These efforts include optical transistors and logic gates for general-purpose optical computing, as well as Fourier optics for special-purpose information processing. However, by the 1980s the mistakes of over-selling the role and capability of optics in computing had already set the field back several times and set the field almost dormant in the ensuring two decades. OPS has developed an optical computing platform for tensor operations, which has a wide range of applications, including artificial neural networks and large-scale dynamic system simulations. For more details, please contact us at info@omega-photonics.com.