MgO:PPLN Waveguide Laser Modules
Compact Design: Small-size laser modules for easy integration into larger systems.
High Output Power: Delivers powerful laser output suitable for various applications.
Superb Conversion Efficiencies: Efficiently converts primary laser light into desired wavelengths.
Versatile Wavelength Outputs: Available in standard output wavelengths and customizable options.
Applications: Scientific Research, Medical Devices, Industrial Manufacturing, Laser Displays, etc.
MgO: PPLN Waveguide Laser Modules, i.e., magnesium oxide-doped periodic polarized lithium niobate waveguide laser modules, are optical devices with integrated high-efficiency wavelength conversion. It uses the nonlinear optical properties of MgO:PPLN (magnesium oxide-doped periodically polarized lithium niobate) crystals to bind the light energy in a small cross-section through the waveguide structure, and realizes the nonlinear optical processes such as efficient frequency doubling, differential frequency, and harmony frequency of light waves. These modules have a wide range of applications in quantum optics, micro-nano optics, biooptics and other fields, especially in scenarios that require low-light nonlinear conversion.
Features：
- Compact Design: Small-size laser modules for easy integration into larger systems.
- High Output Power: Delivers powerful laser output suitable for various applications.
- Superb Conversion Efficiencies: Efficiently converts primary laser light into desired wavelengths.
- Versatile Wavelength Outputs: Available in standard output wavelengths and customizable options.
Applications:
- Scientific Research: Providing precise wavelengths for various experiments.
- Medical Devices: Offering reliable laser sources for medical equipment.
- Industrial Manufacturing: Ensuring high efficiency and power for industrial laser applications.
- Laser Displays: Enhancing visual displays with bright, consistent laser light.
Kingwin Optics’ MgO:PPLN Waveguide Laser Modules are designed to offer exceptional performance and versatility, making them suitable for a wide range of applications. For more information or to discuss custom requirements, please visit our website or contact our sales team.
