1064nm 20-100W Wide Temperature Range Fiber Laser Isolator

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Specifications

Type Of The Device: Isolator
Operating Wavelength: 1064 nm
Max Power: 20 W
Min Isolation: 30 dB
Center Wavelength (λc): 1064 ±15 nm
Min. Isolation At 23 ℃, λc All Polarization States: 35 dB
Min. Isolation At All Temperature, λc All Polarization States: 30 dB
Nominal Output Beam Diameter (1/e2 ): 7.0 ±0.5 mm
Max. Average Optical Power: 20-100 W
Max. Peak Power For Ns Pulse: 35 kW
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Features

  • Wide Temperature Range Operation: Capable of operating in temperatures ranging from 0°C to +55°C, ensuring consistent performance in varying environmental conditions
  • Patented Isolation Design: Employs patented technology to maintain high isolation levels, safeguarding laser performance even in extreme temperature fluctuations
  • Compatibility with SteadiBeam Technology: Compatible with SteadiBeam technology enabling integration with higher power isolators to eliminate thermal lensing effects and ensure stable laser performance
  • Precision Output Beam: Nominal output beam diameter of 7.0 ± 0.5 mm ensures precise laser output, crucial for applications requiring accuracy and consistency
  • Excellent Beam Circulariry: Achieves over 90% beam circularity, ensuring uniform and consistent laser beam profiles for reliable operation
  • Low M^2 Degradation: Maintains M^2 degradation below 10%, preserving laser beam quality and minimizing performance degradation over time
  • Armoured Cable Jacket: Equipped with a durable armoured cable jacket for enhanced protection and longevity in demanding industrial environments
  • Multiple Handling Power Options: Available in handling powers ranging from 20 W to 100 W, catering to a wide range of laser power requirements

Applications

  • Fiber Laser Systems: Ideal for integration into fiber laser systems operating in environments with temperature fluctuations, ensuring stable and reliable laser performance
  • Industrial Laser Cutting, Welding, and Marking: Suited for industrial laser applications such as cutting, welding, and marking, where precise and consistent laser performance is essential
  • Research and Development Laboratories: Used in research and development laboratories requiring stable laser performance for experiments and prototyping
  • Defense and Aerospace: Deployed in defense and aerospace applications for laser-based sensing, communication, and targeting systems, where reliability and stability are paramount
  • Medical Laser Systems: Utilized in medical laser systems for precision surgeries, treatments, and therapeutic applications, where consistent laser performance is critical for patient safety and treatment efficacy