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LED-pumped Laser Gain Module
Peacock XT

LED-pumped Laser Gain Module

Redefining solid-state laser technology

By leveraging advanced LED pumping technology, the laser gain modules offer an ultra-long lifetime of over 10,000 hours, far outlasting traditional flashlamps and diodes. This robust design ensures superior reliability with predictable degradation and a low thermal load, reducing stress on the gain medium and optics while maintaining a cost-effective, low-maintenance operation.

The series is designed for maximum versatility, offering various operation modes to suit specific project requirements. It can be used for various types of laser operation which employ optical pumping, providing significant advantages:

  • CW (Continuous Wave) lasers: constant, uninterrupted beam perfect for precision cutting and welding.
  • QCW (Quasi-Continuous Wave) lasers:  long pulse modes ideal for surgical tools and industrial machining.
  • Q-Switched lasers: For applications requiring high-energy pulses. The LED gain module can be combined with Electro-Optic (EO) Q-switching, providing precise flat-top beam profiles for micromachining, Acousto-Optic (AO) and Passive Q-switching, perfectly suitable for LIDAR, range finding, and compact portable devices.
  • Regenerative Amplifier (RGA) and Laser Amplifier Modules: For ultrafast (femtosecond/picosecond) and high-intensity systems. The LED-gain modules seamlessly boost low-energy seeds, making them an integral part of multi-stage systems for ultrafast scientific research for pushing the limits of intensity.

Different power levels at various wavelengths have already been demonstrated. Peak powers can reach up to 20 MW and pulse rates ranging from 10 Hz to 500 Hz. The LEDlas gain modules are scaleable to meet your needs. Whether you require Gaussian or flat-top beam modes, the technology provides the intuitive integration and precision necessary for the next generation of laser-based innovation.

  • LED-pumped Laser Gain Module Features and Benefits:

    • Ultra-Long Lifetime: Operates for 10,000+ hours without degradation—far outlasting flashlamps and laser diodes.
    • Superior Reliability: No catastrophic failure modes. LEDs degrade gradually and predictably.
    • Low Thermal Load: Gentle, uniform pumping reduces thermal stress on your gain medium and optics.
    • Cost-Effective: Lower upfront cost and minimal maintenance = reduced total cost of ownership.
    • Speckle-Free Output: Ideal for medical imaging, Material processing, and high-uniformity applications.
    • Eco-Friendly & Safe: No toxic materials, no high-voltage drivers, and dramatically lower power consumption.

Laser Specifications
basiScan
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