30W Picosecond DPSS Laser Source

Specifications

Avg. Power: 30 W
Wavelength: 1064 nm
Repetition Rate: 150 – 1000 kHz
Spatial Mode (M^2): 1.3
Pulse Duration: 0.015 ns
Pulse-to-Pulse Stability (RMS): 3 %
Cooling: Water-to-Water
Model Number: EPEE-30
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Features


  • High Average Power: Over 30W at 1MHz, ensuring robust performance for demanding applications.

  • Versatile Pulse Repetition Rate: Adjustable from 150 to 1000kHz to suit various processing needs.

  • Exceptional Beam Quality: TEM00 mode with M2 < 1.3 for precise and high-quality output.

  • Ultra-Short Pulse Width: Less than 15ps, ideal for precision machining and minimal thermal impact.

  • High Pulse Energy: Greater than 200µJ, providing powerful bursts for effective material processing.

  • Burst Mode Availability: Offers enhanced control over pulse sequences for specialized applications.

  • Compact Design: Space-efficient, making it suitable for integration into various systems.

  • Advanced Control Options: Features RS232 and external GATE control for seamless integration and operation.

  • Cleanroom Assembly: Assembled in a 1000 class cleanroom, ensuring high reliability and performance.

  • Stable and Reliable: Average power stability of <2% rms over 8 hours and pulse-to-pulse instability of <3% rms.

  • Precision Beam Characteristics: Beam divergence of <2 mrad (full angle) with a beam roundness >90%.

  • Environmental Adaptability: Operates in ambient temperatures from -10 to 50℃ and relative humidity of 15 – 30%.

  • Rapid Warm-up: Ready to operate in less than 10 minutes, minimizing downtime.

  • Wide Voltage Range: Operates on 90 – 260V, accommodating various power supplies.

Applications


  • Glass Cutting and Drilling: Enables high-speed precision cutting with minimal thermal effects

  • Semiconductor Micromachining: Ideal for cutting wafers and micro-structuring circuits

  • Precision Micromachining: Suitable for detailed micro-scale industrial processing

  • Sapphire Cutting and Drilling: Effective for hard material cutting with clean edges

  • Thin Film Cutting: Delivers superior results for multilayer and thin substrate processing

  • Scientific Research Applications: Supports ultrafast laser applications in laboratories