YFPN-200-GLE Q-Switched Pulsed Fiber Laser Source
Product Description
The YFPN-200-GLE is a high-performance Q-switched pulsed fiber laser designed for precision industrial applications such as marking, engraving, cutting, drilling, and surface treatment. Featuring an average output power of 200W, a single-pulse energy of 1.5mJ, and electro-optical conversion efficiency over 20%, this laser delivers stable, high-energy output with exceptional reliability.
Its built-in red-light pointer simplifies alignment and positioning, while its maintenance-free design ensures long-term operation with minimal downtime. Ideal for production environments that demand high throughput, consistent quality, and durable marking across a variety of metal and non-metal materials.

Key Features
- 🔦 Q-Switched Pulsed Output for high peak power and precision 
- ⚡ 200W Average Power with 1.5mJ Single Pulse Energy 
- 🎯 Electro-Optical Conversion Efficiency > 20% for reduced power consumption 
- 🔴 Red Laser Pointer for quick and easy visual alignment 
- 🛠️ Maintenance-Free Design ensures long-term, reliable operation 
- 🔄 Stable Output for consistent marking, engraving, or drilling quality 

Specifications
| Parameter | Specification | 
|---|---|
| Model | YFPN-200-GLE | 
| Laser Type | Q-switched pulsed fiber laser | 
| Average Output Power | 200W | 
| Single Pulse Energy | 1.5 mJ | 
| Electro-Optical Efficiency | > 20% | 
| Red Light Pointer | Integrated for visual alignment | 
| Operation Mode | Pulsed (Q-switched) | 
| Cooling Method | Typically air-cooled or as specified | 
| Maintenance | Maintenance-free design | 
| Wavelength | Typically around 1064 nm (TBD) | 
| Output Stability | High | 
Applications
- Laser Marking – High-speed marking on metals, plastics, and ceramics 
- Laser Deep Engraving – Precision engraving of logos, codes, and designs 
- Laser Cutting – Suitable for thin metals and non-metal substrates 
- Laser Drilling – Micro-drilling in electronics and automotive parts 
- Surface Treatment – Texturing, cleaning, or coating removal for industrial surfaces 

 
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