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THORLABS INC Thorlabs Zero-Order Vortex Half-Wave Plate, 1 in., m = 1, 532 nm
Supplier: THORLABS INC WPV10L532
This Zero-Order Vortex Half-Wave Retarder converts standard TEM00 Gaussian beams into “donut hole” Laguerre-Gaussian modes. The m = 1 order model is optimized for a 532 nm center wavelength, offering precise control over radial and azimuthal polarization.
- Radially and azimuthally polarizes light from a linearly polarized source.
- Creates “donut hole” beam profiles from Gaussian beams.
- Features a true zero-order design with constant retardance across the clear aperture.
- Compatible with a large angle of incidence up to ±20°.
- Accommodates beam diameters from 300 μm to 21.5 mm.
- Anti-reflection coating enhances transmission at the specified wavelength.
- Generates an m = 2 vortex polarization pattern from linearly polarized light.
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