Lasers & Scientific Instrumentation
AdvR collaborates with research and industry partners worldwide to integrate our non-linear optical crystals and waveguide technologies into advanced laser and scientific instrumentation. Our engineering team provides technical support in defining optical specifications, material selection, and design optimization to ensure precise wavelength conversion, stability, and performance across diverse experimental and commercial platforms.
Designing a laser or scientific instrument?
If you’re developing a laser or scientific instrument that requires wavelength conversion, AdvR can provide the expertise and components to support your design.
Relevant Resources
WHITE PAPER: Wavelength Engineering Using Non-Linear Optical…
Non-linear optical crystals Non-linear optical (NLO) crystals provide an enormously flexible solution for generat……
CW demonstration of SHG spectral narrowing in a PPLN wavegui…
Lewis G. Carpenter, Sam A. Berry, Alan C. Gray, James C. Gates, Peter G. R. Smith, and Corin B. E. Gawith Abstrac……
WHITE PAPER: Wavelength Conversion in Harsh Environments
Quantum Timing and Sensing There is a near term, high priority need for next generation timing and sensing soluti……
Explore our solutions
Frequency Conversion
AdvR offers fiber-coupled and free-space frequency conversion solutions in waveguide and bulk MgO:PPLN, PPLN, and PPKTP, delivering customizable, cost-effective, high-efficiency UV-to-MIR up- and down-conversion.
Electro-Optic Modulation
Our electro-optic modulation solutions span near-UV to telecom wavelengths, supporting applications in atomic, molecular, and optical physics, laser stabilization, sensing, communications, and quantum technologies.
Laser Systems
Our laser systems include frequency-stabilized and widely tunable platforms, delivering narrow-linewidth CW output alongside high-performance picosecond and femtosecond pulse generation.
Electronics & Accessories
AdvR provides integrated packaging, mounting, thermal control, and electronics solutions to ensure reliable performance and seamless system integration for fiber-coupled, free-space, waveguide, and bulk-crystal devices.