Zero Order Waveplate 10mm-Z-L/4-248nm

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Specifications

Waveplate Type: Zero Order
Material: Quartz
Mounting: Mounted, Unmounted
Shape: Round
Size: 10 mm
Center Wavelength: 248 nm
Retardation: Lambda/4
Wavefront Distortion: <= Lambda/4, <= Lambda/2
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Features


  • High-Performance Crystal Quartz Retarder: Provides superior optical performance with a clear aperture of 8mm.

  • Zero Order Capability: Air-spaced design with a stainless steel spacer enhances thermal stability and power handling.

  • Temperature Insensitivity: Less sensitive to temperature variations compared to multi-order waveplates.

  • Accurate Angular Alignment: Ensures precise alignment for optimal performance.

  • AR Coated for Enhanced Performance: Anti-reflective coating on both sides reduces reflection to less than 0.25% per surface.

  • Wide Wavelength Range: Available in standard wavelengths from 237nm to 2021nm, with custom wavelengths available on request.

  • High Damage Threshold: Can withstand 1 kW/cm² CW and 3.5 J/cm² @ 10 ns.

  • Precision Specifications: Wavefront distortion of λ/10 @ 632.8nm and surface quality of 10-5 Scratch/Dig.

  • Multiple Mounting Options: Available unmounted with a 10mm diameter or mounted in 12.7mm or 25.4mm anodized aluminum rings.

  • Standard Retardations: Offered in ½ or ¼ wave retardations for versatile applications.

  • Custom Orders Available: Tailored solutions to meet specific wavelength requirements within a 10–20nm range.

Applications


  • Laser Systems: Enhance the performance of laser systems by providing precise retardation with minimal wavefront distortion.

  • Optical Instrumentation: Used in various optical instruments for polarization control and analysis.

  • Telecommunications: Improve signal quality in fiber optic communication systems by managing polarization states.

  • Medical Devices: Applied in medical imaging and laser surgery equipment for accurate polarization control.

  • Scientific Research: Essential in laboratories for experiments requiring precise control of light polarization.

  • Photography and Imaging: Used in high-quality cameras and imaging systems to enhance image clarity and contrast.

  • Industrial Applications: Employed in manufacturing processes that require precise laser cutting and welding.

  • Defense and Aerospace: Utilized in targeting systems and surveillance equipment for enhanced accuracy and performance.