Customizable Specular Silver Coated Reflectors for Diode-Pumped Lasers by ARD Optics

Specifications

Material: Fused Silica, Sapphire, Other
Type Of Ceramic: Not Applicable
Component Type: Specular Reflectors
Coating: Silver (Ag)
Customization: Window sizes and configuration
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Features


  • Material Options: Available in Fused Silica or Sapphire tubes, offering flexibility based on application needs.

  • High-Reflectivity Silver Coating: External surface features a silver (Ag) coating ensuring high reflection, which is essential for efficient laser performance.

  • Protective Layers: The silver coating is complemented by protective layers to safeguard against degradation and ensure longevity.

  • Custom Configurations: The ability to customize window sizes and configurations to perfectly suit diode pumping requirements.

  • Versatile Integration: The reflectors can be integrated into various types of diode-pumped laser systems.

  • Application Specific Design: Specially designed for diode-pumped lasers, ensuring optimal performance in relevant applications.

  • Precision Manufacturing: Manufactured with high precision to meet stringent requirements for laser systems.

Applications


  • Diode-Pumped Laser Systems: Essential component for reflecting and directing laser beams in diode-pumped lasers.

  • Laser Range Finding: Can be used in laser range finders that rely on diode-pumped lasers for distance measurement.

  • Research & Development: Useful in R&D settings where diode-pumped lasers are utilized for experimentation and development of new technologies.

  • Medical Lasers: Can be part of medical laser systems for surgeries and treatments.

  • Material Processing: Used in lasers for material processing including cutting, marking, and welding.

  • Optical Communication: Play a role in optical communication systems that rely on lasers for transmitting data.

  • Spectroscopy: Applied in laser spectroscopy for analyzing materials based on interaction with light.

  • Lidar Systems: Component in Lidar systems for mapping and surveying using lasers.