Sapphire Optics

Wedge Sapphire Windows

for aerospace, medical, and industrial applications
sapphire wedge windows
  • Extremely hard, strong and wear resistant
  • Excellent thermal conductivity/heat resistance
  • Exceptionalchemical stability
  • Excellent transmission bandwidths (UV to IR)
  • Blank substrates, AR-coated pieces, and precision windows are available
  • Sapphire wedge refers to a specialized optical component made from sapphire material that is shaped like a wedge. It typically consists of two well-polished planes forming an angle, which can vary depending on the specific application requirements.

    Sapphire wedge windows are utilized in optical systems for various purposes, including beam steering, beam splitting, and optical isolation. They are particularly valued for their durability, strength, and resistance to wear, which makes them suitable for use in demanding environments where traditional optical materials might degrade or fail.

    sapphire rectangle wedge window

    Sapphire Rectangle Wedge Windows

    wedge-windows-diagram

    Wedge Windows Diagram

    Specifications of Wedge Sapphire Windows

    Material Optical grade single Sapphire crystal (Al2O3)
    Diameter 2mm ~ 600mm
    Diameter Tolerance +/-0.02 mm
    Thickness 0.1mm ~ 100mm
    Thickness Tolerance +/-0.01 mm
    Surface Quality 60/40, 40/20 or 20/10 S/D
    Parallelism 30 arc sec
    Wedge 30±10 arcmin
    Chamfer/Bevel < 0.25 mm x 45°
    Coating No coating or custom coating request

    Price list and specification index

    If need other specifications and quantities products, please contact us([email protected]).
    Part Number Dia. Thickness Coating Wedge Angle Price
    Wed-Win-Sapphire-001 Φ12.50 mm 3.00 mm Uncoated 30' contact us
    Wed-Win-Sapphire-002 Φ25.00 mm 3.00 mm Uncoated contact us
    Wed-Win-Sapphire-003 Φ50.00 mm 3.00 mm Uncoated 30' contact us

    Notes

  • Anti-reflection coatings are also available at your specified wavelength.
  • Sapphire transmits ultraviolet light, but sometimes exhibit fluorescence when subjected to powerful ultraviolet sources. For this reason, they are best suited for use with visible to infrared wavelengths.
  • Be sure to wear laser safety goggles when checking optical path and adjusting optical axis.