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YFPN-100-GLE Q-Switched Pulsed Fiber Laser Generator
YFPN-100-GLE Q-Switched Pulsed Fiber Laser Generator

YFPN-100-GLE Q-Switched Pulsed Fiber Laser Generator

Product Overview

The YFPN-100-GLE is a high-power, Q-switched pulsed fiber laser designed for demanding industrial applications. With 100W average output power and single pulse energy of 1.25mJ, this model delivers excellent performance for high-speed, high-precision material processing. It offers a >20% electro-optical conversion efficiency, integrated red light positioning, and a maintenance-free design—ensuring stable, long-term operation in both OEM systems and automated production lines.

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Key Features
  • 100W Average Power Output
    Enables high-throughput processing with consistent energy delivery.

  • 💥 1.25mJ Single Pulse Energy
    Ensures strong, stable pulses ideal for deep engraving and micromachining.

  • 🔄 Q-Switched Nanosecond Pulses
    Perfect for high-precision tasks like fine marking and drilling with minimal thermal effects.

  • 🔋 >20% Conversion Efficiency
    Reduces energy waste, simplifies cooling systems, and lowers operational costs.

  • 🎯 Integrated Red Laser Pointer
    Simplifies focus alignment and enhances system usability.

  • 🔧 Maintenance-Free Operation
    Long lifespan and high reliability for uninterrupted industrial use.

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Technical Specifications
Parameter Specification
Model YFPN-100-GLE
Laser Type Q-switched Pulsed Fiber Laser
Average Output Power 100W
Single Pulse Energy 1.25mJ
Electro-Optical Efficiency >20%
Center Wavelength 1064nm
Pulse Duration Nanosecond range
Cooling Method Air Cooling
Red Light Pointer Integrated
Operation Mode Maintenance-Free
Typical Applications Marking, Engraving, Cutting, Drilling, Surface Treatment
Applications
  • Laser Marking
    High-speed, high-contrast marking on metals, plastics, and composites.

  • Deep Engraving
    Ideal for molds, nameplates, and tools that require durability and depth.

  • Precision Cutting
    Clean, narrow kerfs on thin materials with excellent edge quality.

  • Laser Drilling
    Micron-scale holes in electronic components and precision hardware.

  • Surface Treatment & Texturing
    Modify texture, adhesion, reflectivity, or friction properties of surfaces.

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