High Precision Achromatic Wave Plates | Broad Wavelength Range and Custom Options

Specifications

Waveplate Type: Zero Order, Multiple Order, Achromatic
Material: Not Specified
Shape: Custom
Size: 10 mm
Center Wavelength: 4 nm
Retardation: Other
Retardation Accuracy: Custom
Wavefront Distortion: Custom
Surface Quality (Scratch-Dig): 40-20
Diameter Tolerance: +0.0/-0.2mm
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Features


  • Material: Birefringent crystals

  • Diameter Tolerance: +0.0/-0.2 mm

  • Wavefront Distortion: λ/4 @ 632.8 nm (for air spaced type)

  • Phase Retardation Accuracy: λ/100

  • Parallelism: <10 arcseconds (for cemented type)

  • Surface Quality: 40/20 scratch and dig

  • Clear Aperture: >90% central area

  • Standard Types: Quarter-wave (λ/4), Half-wave (λ/2)

  • Standard Wavelengths: 450-650 nm, 550-750 nm, 650-1100 nm, 900-2100 nm

  • Coating: Uncoated for standard, AR coating available

  • Customization: Other sizes and wavelengths are available upon request.

Applications


  • Polarization Control: Achromatic wave plates are used to control the polarization state of light across a broad wavelength range, making them ideal for applications requiring precise polarization manipulation.

  • Laser Systems: These wave plates are essential in laser systems for adjusting the polarization state of laser beams, enhancing system performance and efficiency.

  • Optical Instrumentation: Used in various optical instruments to ensure accurate polarization control, improving measurement precision and reliability.

  • Telecommunications: Achromatic wave plates are employed in fiber optic communication systems to manage polarization effects, ensuring signal integrity over long distances.

  • Scientific Research: Widely used in research settings for experiments involving light polarization, enabling detailed studies in fields such as physics and materials science.

  • Imaging Systems: Enhance the performance of imaging systems by controlling polarization, leading to improved image quality and contrast.

  • Microscopy: Used in advanced microscopy techniques to manipulate light polarization, aiding in the visualization of sample structures.