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ALS-SFG

Sum frequency generation

Quantity

Key Highlights

  • Output power up to 10 W

  • High-power, single-mode & single-frequency operation

  • Ultra-low noise and excellent frequency stability

  • Combines two IR laser/amplifier outputs for sum frequency generation

  • Compatible with ALS-IR fiber lasers and amplifiers

  • Compatible with DL-SHG pro / SHG pro for further frequency conversion

  • Compact, industrial-grade, coolerless laser head

Description

The ALS-SFG Series is engineered to push boundaries—combining high power, single-mode, and single-frequency performance with ultra-low noise to deliver the ultimate in precision and stability. Whether you're driving cutting-edge quantum research, interferometry, semiconductor inspection, or laser pumping, ALS-IR provides the clean, stable beam your application demands. Designed for long-term reliability, the ALS-IR Series features a rugged, all-fiber design with a coolerless laser head that guarantees excellent spatial mode quality. There's no need for alignment, tuning, or maintenance—just seamless, hands-free operation that keeps your system running flawlessly 24/7. These systems excel in stability, offering best-in-class performance where it matters most: ultra-low relative intensity noise, no added phase noise, outstanding pointing and frequency stability, and the narrow linewidth characteristic of true single-frequency operation. Whether you're advancing fundamental research or scaling industrial innovation, ALS-IR delivers the reliability, performance, and integration simplicity to accelerate your goals—delivering light you can trust every time.

Specifications

  • Type: Sum Frequency Generation System

  • Output Power: Up to 10 W

  • Operation: Single-Mode, Single-Frequency

  • Laser Inputs: 2 × Collimated IR Outputs

  • Laser Head: Compact, Cool-Off

  • Further Conversion: Compatible with SHG / DL-SHG pro

  • Wavelength: Application/configuration dependent

Application

  • Rydberg Excitation

  • Atom Laser Cooling & Trapping

  • Quantum Computing & Simulation

  • Strontium / Ytterbium / Rubidium Transitions

  • Interferometry

  • Semiconductor Inspection

  • Laser Pumping

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