ORIA Blue - Femtosecond and Picosecond Second Harmonic Generation Unit

Specifications

Pumped Power: 2.8 W at 820 nm
Repetition Rate: 80 MHz
Pulse Width: 90 fs (690 - 1040 nm)
Pumped Power: 3.3 W at 820 nm
Repetition Rate: 80 MHz
Pulse Width: 140 fs (680 - 1080 nm)
Tuning Range: 345 - 520 nm
Tuning Range: 340 - 550 nm
Average Power: > 1.2 W at 410 nm
Pulse Width: < 150 fs at 860 nm
Pulse Width: < 180 fs at 860 nm
Spatial Mode: TEM00
Repetition Rate: 80 MHz
Operation: Manual and fully automated versions
Size (W X L X H): 200 x 364 x 155 mm (7.9 x 14.3 x 6.1 inch)
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Features


  • Highest Conversion Efficiency: Achieve maximum output with superior conversion rates for enhanced performance.

  • Broad Wavelength Coverage: Utilize a single set of optics to cover a wide range of wavelengths, ensuring versatility and adaptability.

  • Excellent Beam Quality: Experience exceptional beam quality for precise and reliable applications.

  • Simultaneous IR and UV Outputs: Benefit from synchronized beams that deliver both converted near-UV/visible and unconverted IR outputs.

  • Compatibility: Seamlessly integrate with standard femtosecond and picosecond Ti:Sapphire oscillators for efficient operation.

  • Innovative and Reliable: The Oria Blue offers a user-friendly and dependable doubling unit, enhancing your laser system's capabilities.

  • Reduced Pulse Broadening: Maintain pulse integrity with minimized broadening for precise results.

  • Manual and Automated Versions: Choose between hands-free automated or manual operation to suit your specific needs.

  • Compact Design: A space-saving unit with dimensions of 200 x 364 x 155 mm (7.9 x 14.3 x 6.1 inch) for easy integration.

  • High Repetition Rate: Operates at an 80 MHz repetition rate, ideal for a variety of scientific and technological applications.

Applications


  • Nonlinear Spectroscopy: Enables efficient frequency doubling for ultrafast spectroscopy experiments.

  • Quantum Optics: Provides stable and high-quality UV beams for quantum experiments.

  • Biophotonics: Facilitates advanced imaging and manipulation techniques in life sciences.

  • Biochemistry: Supports fluorescence excitation and analysis in biochemical research.