Substrate Material: UV Fused Silica/S-TIH53

Single-sided cylindrical lens unit arrangement or double-sided cylindrical lens unit orthogonal arrangement

High NA, high fill factor, and polarization insensitive

Polymer and glass substrate/fused silica options available

Operating wavelength covers 400-2000 nm（polymer）、193-2000 nm（fused silica）

Homogenized spot shapes include rectangle, circle, square, and line, meeting diverse optical scenario requirements

More Suitable for UV/Green High-Power Ultrafast Laser Applications, UVFS Material

Capable of Generating Square, Rectangular, Circular, and Line-Shaped Flat-Top Beams

Advanced Design with High Diffraction Efficiency and Spot Uniformity

Liquid Crystal Polymer/N-BK7 Window/Linear Polarizing Film Materials, Three-Plate Planar Structure with Mechanical Housing

High Uniformity, Long Propagation Distance, Low Incident Beam Polarization Restriction

Based on the Optical Attenuation Principle for Generating Long-Distance Propagating Flat-Top Beams

Liquid Crystal Polymer/N-BK7 Window or UVFS Window Materials, Sandwich Planar Element Structure

Fast Axis Orientation of LC Molecules Exhibits Different Periodic Variations Depending on Design, λ/2 Retardance

Capable of Generating Square, Circular, and Line Flat-Top Beams

For One-Dimensional Beam Shaping and Homogenization

Planar Structure, Diffractive Principle

Polarization-Dependent

For Laser Beam Homogenization and Beam Shaping

Polarization-Dependent, Generating Divergent or Convergent Beams Based on the Right-Handed or Left-Handed Circularly Polarized Component of the Incident Beam, with the Output Circular Polarization State Opposite to That of the Input

Planar Device Based on Diffractive Optical Principle