Integration of seed laser, optical amplifier, and high-efficiency SHG resonator. Achieves high output and high stability short-wavelength laser without the need for alignment. Turnkey laser system.
Turnkey high-output frequency doubling laser system The MSHG is a laser system that integrates a seed laser, optical amplifier, and high-efficiency SHG resonator into a single unified platform. It is designed to achieve both high performance and excellent operability, providing stable and high-output laser light even in wavelength ranges that have traditionally been difficult to access. Furthermore, by adopting a robust monolithic linear resonator design similar to the MSL series, it eliminates the complexity of alignment and ensures consistent high-performance operation over the long term.
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basic information
- Integrated system combining seed, amplification, and frequency doubling - High conversion efficiency of approximately 60% - Alignment-free resonator due to monolithic structure - Optimized for major atomic transition wavelengths - Fully integrated control electronics 【Related Products】 - Frequency Doubling Laser MSL | High Efficiency SHG Compatible A frequency conversion system compatible with high-efficiency SHG. https://inst.santec.com/jp/products/quantum-instruments/frequency-conversion/msl - Tapered Amplifier MOAL | 650–1080nm, up to 5W A tapered optical amplifier that boosts the output of seed lasers. https://inst.santec.com/jp/products/quantum-instruments/amplifiers/moal - Ultra-Narrow Linewidth Laser CES | Approximately 5kHz Narrow Linewidth Compatible A seed light source for quantum technology and precision spectroscopy. https://inst.santec.com/jp/products/quantum-instruments/quantum-lasers/ces
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Applications/Examples of results
- Laser cooling and trapping (Sr, Yb, Rb, Cs) - Optical clock systems - Quantum optics and atomic physics - Precision spectroscopy - High-power visible/ultraviolet laser generation
Detailed information
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<Integration of Laser, Amplification, and SHG> Integrating seed laser, optical amplifier, and frequency doubling (SHG) resonator into a single housing. Reduces the effort required to build laser systems and makes it easy to utilize high-output short-wavelength lasers.
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<High Efficiency Frequency Conversion> Achieves a typical SHG conversion efficiency of 50-60% across the entire system. By optimizing according to conditions, it can also accommodate a maximum efficiency of approximately 70%.
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<Resonator Structure That Does Not Require Alignment> By adopting a monolithic linear resonator, complex optical adjustments by the user are eliminated. It maintains stable output over a long period.
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<Corresponding to major atomic transition wavelengths> Corresponds to major atomic transition wavelengths such as 399nm (Yb), 420/480nm (Rb), 461nm (Sr), and 510nm (Cs). Suitable for laser cooling and quantum technology research.
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<Complete Integrated Control System> Built-in temperature control function and PDH/FM locking mechanism. No external controller is required, making it easy to implement in research facilities and integrate into systems.
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Company information
Santec has been manufacturing optical components, laser products, and optical measuring instruments for over 40 years, responding to the stringent quality demands of our customers in the optical industry. Additionally, by constantly seeking innovation and meeting customer requests, Santec has introduced numerous new optical-related products to the market. Our journey towards the creation of the ideal world of light, "OPTOPIA," which is our management philosophy, also involves minimizing the timeline from product concept to commercialization.
