AONano 355-0.5W-20K ND:YV04 UV Laser

Specifications

Avg. Power: 0.5 W
Wavelength: 355 nm
Repetition Rate: 1 – 300 kHz
Spatial Mode (M^2): 1.2
Pulse Duration: 15 ns
Pulse-to-Pulse Stability (RMS): 2 %
Cooling: Air
Beam Roundness: >90%
Pulse Width (ns): <40ns @1kHz, <70ns @10kHz, <30ns @1kHz, <60ns @10kHz
Pulse Energy (mJ @ 1kHz): >0.2mJ, >0.4mJ, >0.8mJ
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Features


  • Innovative End-Pumping Technology: Ensures efficient laser operation with enhanced performance.

  • Air-Cooling (Average Power Up to 6W): Provides reliable cooling for sustained laser use in demanding environments.

  • Excellent Beam Quality, Pulse Stability & Point Stability: Delivers superior precision and consistency in laser applications.

  • Patent Pending Harmonic Conversion Technologies: Offers advanced conversion techniques for optimal laser output.

  • Ultra-Compact & Light-Weight: Designed for easy integration and portability in various industrial settings.

  • Brand-New Focusing Optics: Features cutting-edge optics for precise focusing capabilities.

  • Field-Replaceable Diode: Allows for quick and easy replacement, minimizing downtime.

  • 24/7 Proven Reliability: Engineered for continuous operation in production environments.

  • Low Operational Cost: Cost-effective solution with minimal maintenance requirements.

  • Versatile Pulse Frequencies: Ranges from 1-300 kHz, with options up to 500 kHz, to suit various applications.

  • Wide Power Range: Offers average power from 100mW to 15W, with pulse energy exceeding 4mJ.

  • Sealed Laser Head: Ensures long-term reliability by maintaining a clean environment for the laser components.

  • Flexible Laser Architectures: Customizable designs to meet specific laser requirements.


 

Applications


  • Microelectronics Manufacturing: Ideal for precise micromachining and patterning required in the electronics industry.

  • Semiconductor Processing: Suitable for applications such as wafer dicing and scribing due to its excellent beam quality and pulse stability.

  • Medical Device Fabrication: Used for intricate cutting and engraving of medical devices, ensuring high precision and reliability.

  • Solar Cell Manufacturing: Efficient for edge isolation and patterning in photovoltaic cell production.

  • Display Technology: Essential for processing materials in the manufacturing of LED and LCD displays.

  • Research and Development: Provides a reliable tool for experimental setups requiring high-quality laser performance.

  • Automotive Industry: Useful in the precision marking and cutting of automotive components.

  • Textile Cutting: Enables high-speed and precise cutting of textiles, enhancing production efficiency.

  • Jewelry Engraving: Offers detailed and intricate engraving capabilities for the jewelry industry.

  • Scientific Applications: Supports various scientific experiments requiring controlled laser parameters.