CaF2 Corner Cube Retro-Reflector Prism

Specifications

Type And Material: CaF2
Mounting: Unmounted
Dimensions: Custom
Surface Figure: Lambda/4 @ 633nm
Surface Quality: 20-10 Scratch-Dig
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Features


  • Total Internal Reflection (TIR): Corner Cube Retro-Reflectors operate on the principle of TIR, ensuring that a beam entering the aperture is reflected by the three roof surfaces and exits parallel to itself. This feature is independent of the orientation within acceptance angle limitations.

  • Material Options: Available in high-quality materials such as BK7, UVFS, FS, and CaF2 to suit various application needs.

  • Dimensional Tolerance: Precision manufacturing with a tolerance of +0.000", –0.010".

  • Angular Deviation: Maintains an angular deviation of 180º for high accuracy.

  • Bevels: Features a minimum safety bevel on all edges with an unbeveled apex for enhanced safety and performance.

  • Clear Aperture: Exceeds the central 85% of the diameter, ensuring maximum efficiency.

  • Coating Options: For applications exceeding the acceptance angle for TIR or where surfaces cannot be kept clean, metal or dielectric coatings can be applied to the reflecting surfaces.

Applications


  • Laser Ranging and Alignment: Corner Cube Retro-Reflectors are used in laser systems for precise distance measurement and alignment due to their ability to reflect light back to its source.

  • Optical Instrumentation: These retro-reflectors are integral in various optical devices, ensuring accurate light path alignment and enhancing measurement precision.

  • Surveying and Geodesy: In surveying, corner cube retro-reflectors are used for accurate geodetic measurements, helping in mapping and construction projects.

  • Robotics and Automation: Retro-reflectors are used in robotics for navigation and positioning systems, allowing robots to determine their location and orientation accurately.

  • Military and Aerospace: These reflectors are used in targeting and tracking systems, providing reliable performance in various environmental conditions.

  • Communication Systems: Corner cube retro-reflectors are utilized in free-space optical communication systems to enhance signal return and improve communication reliability.

  • Safety and Traffic Control: Used in road signs and vehicle reflectors, they enhance visibility and safety by reflecting light back towards the source.