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LSINE 100 High-Performance Diode-Pumped Nanosecond Laser

The LSINE 100 high-performance diode-pumped nanosecond laser is designed for applications including Ti:sapphire pumping, radar remote sensing, pump-probe detection and biomedicine. Adopting high-quality VCSEL semiconductor modules in side-pumping configuration, it delivers significantly improved service life and stability compared with traditional flash lamp pumping structures. The VCSEL module boasts an ultra-long lifespan of over 10 billion shots, far exceeding conventional LD pumping modules. To meet the stringent requirements of Ti:sapphire lasers for pump sources, the beam quality is specifically optimized, enabling output of Gaussian beams with ellipticity better than 95%, featuring easy operation and quick setup.

• Long service life for reliable performance
• Compact size for easy integration
• 1-100Hz frequency switching available
• Optional VRM flat-top output
• High energy output for powerful performance
• Targeted spot optimization for excellent beam quality

    Product advantages

    1.The LSINE 100 is a high-performance diode-pumped nanosecond laser designed for Ti:sapphire pumping, radar remote sensing, pump-probe detection and biomedicine.
    2.Featuring high-quality VCSEL side-pumping configuration, it ensures exceptional service life and stability compared with traditional flash lamp designs.
    3.With an ultra-long lifespan of over 10 billion shots, it far outperforms conventional LD modules.The beam quality is rigorously optimized to meet stringent source requirements of Ti:sapphire lasers, delivering Gaussian beams with an ellipticity better than 95%.
    4.It ensures easy operation and quick setup for seamless integration.

    Applications

    The LSINE 100 high-performance nanosecond laser is widely applied in professional fields such as Ti:sapphire pumping, laser ablation, remote sensing, and LCD repair.
    It also serves critical scenarios including radar systems, mass spectrometry analysis, LIBS (Laser-Induced Breakdown Spectroscopy), and laser ultrasound technology, meeting the stringent demands of scientific research and industrial applications.

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