Leading innovation in optical science
AdvR enables the development of innovative experimental and practical photonic applications. Our team works closely with researchers and academics to understand their specific requirements and recommend optimal solutions, leveraging our extensive expertise in engineering non-linear optical materials such as LN, MgO:LN, and KTP.
Need frequency conversion technology for your research?
With over 25 years of experience in the research, development, and manufacture of non-linear optical technologies, we bring proven expertise to every project.
Relevant Resources
WHITE PAPER: MgO:PPLN Applications
Introduction Nowadays, scientists are focusing on the development of narrow linewidth, powerful and stable lasers……
TECHNICAL GUIDE: How to Use PPLN
To get the most out of our PPLN crystals, there are four key aspects that you need to consider: Crysta……
TECHNICAL GUIDE: Example uses of PPLN
Second Harmonic Generation PPLN can be used in a single pass configuration for SHG with the pump focussed at the ……
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.