UV fused silica material, spiral staircase structure

Appliable for generating vortex beams with spiral phase wavefronts, presenting a central hole-type intensity distribution

Highly efficient and stable, easy to operate, high damage threshold

Liquid crystal polymer/N-BK7 window material, 3-layer glass substrate + 3-layer LCP film, with mechanical housing

Single-layer LCP film with liquid crystal molecule fast-axis orientation uniformly aligned along the radial direction of the substrate and continuously varying azimuthally, λ/2 retardation

Three-layer LCP films stacked to form an achromatic vortex retarder with overall fast-axis orientation, capable of generating vector polarization beams and vortex beams within the operating wavelength range, exhibiting a center-hole intensity distribution

Liquid Crystal Polymer/N-BK7 window plate, sandwich flat structure, with mechanical housing

Liquid crystal molecule fast axis orientation consistent along the radial direction of the substrate, with continuous angular gradient, λ/2 retardation

Polarization-dependent, applicable for generating vector polarized beams and vortex beams, presenting a central hole-type intensity distribution

Liquid Crystal Polymer/N-BK7 window plate, sandwich flat plate structure, supplemented with mechanical housing

m=1-9 vortex retarders arranged in a split or integrated 3×3 array

Polarization-dependent, applicable to generate l=±1-9 vortex beam arrays, capable of producing various vector polarization beam arrays