Liquid Crystal Vortex Plate
KONGTUM Technology provides vortex wave plates based on liquid crystal polymers. The liquid crystal vortex wave plate adopts a sandwich structure, that is, two ultraviolet fused silica flat window plates protect the polymer functional film in the center. All liquid crystal vortex plates are installed in a standard black snap ring with an outer diameter of 25.4 mm, and the end face of the snap ring is marked with a laser cross line for easy adjustment by customers. One side of the cross line of the m=1 series vortex wave plate is marked with a double scribed line to indicate the 0 ° fast axis position of the vortex wave plate. Kangte Technology provides standard vortex wave plates with m=1, 2, 3, 4, and 5, suitable for beams with spot diameters ranging from 0.1 mm to 20 mm.
The liquid crystal vortex wave plate has a constant delay across the entire aperture, but its fast axis rotates continuously in the optical region. The vortex wave plate can transform TEM00 Gaussian beam into Laguerre Gaussian beam. Vortex wave plates can be used to generate vector polarized states or vortex beams: when circularly polarized light is incident, the vortex beam emits, and the circularly polarized state has opposite rotation; When linearly polarized light is incident, the vector polarization state is emitted.
We also provide customized vortex wave plates, with customized parameters including m value, design wavelength, size, and other indicators.
Features
Specifications
Product Legend
Ordering information
Optical material: UV fused silica+liquid crystal polymer
Design wavelength: 405-1550 nm
Generate radial polarization and azimuth polarization
Generating vortex beams
Provide customized vortex wave plates
Optical Component Material | Liquid crystal polymer and ultraviolet fused silica window slice |
Optical Aperture | 20 mm |
M Value | 1~5 |
Delay Amount | λ/2 |
Delay Accuracy | ±λ/100 |
Delay Uniformity (RMS) | ±5 nm |
Diameter | 25.4 mm |
Mechanical Casing | Standard snap ring with an outer diameter of 25.4 mm |
Transmittance | >98% |
Reflectivity | Ravg<0.5%(0 ° incidence angle) |
Angle of incidence (AOI) | ±20° |
Transmitted Wavefront Difference (@ 633 nm) | λ/4 |
Transmission polarization | <10 arcsec |
Thickness Tolerance | ±0.05 mm |
Diameter Tolerance | +0.00/-0.05 mm |
Working Temperature | -20~60°C |
QTLFV- | Wavelength | m | Clear Aperture | Outside Diameter |
QTLFV- | 405: 405nm | 01: 1 | 20: 20mm | 25: 25.4mm |
442: 442nm | 02: 2 | Others to be Customized | Others to be Customized | |
… | … | … | … | |