Design Wavelengths: 405 - 1550 nm Available

Retardance: δ = π

Rotates the polarization direction of linearly polarized light

Design Wavelengths: 780 nm-1550 nm Available

Retardance: δ=π/2

Converts linearly polarized light into circularly polarized light

Material: Quartz Crystal

Air-gap design suitable for high-power applications

Design wavelength: 266 nm-1550 nm, multiple options available

Material: Quartz Crystal

Air-gap design suitable for high-power applications

Design wavelength: 266 nm-1550 nm, multiple options available

Design Wavelengths: 405 nm, 532 nm, 633 nm, 780 nm, 808 nm, 830 nm, 850 nm, 1030 nm, 1064 nm, or 1550 nm

Extinction Ratio: Tp:Ts > 3000:1

Separates p-polarized and s-polarized light

Separates the p-polarized and s-polarized components of incident light

Double-sided narrowband polarizing beamsplitter coating design; Extinction Ratio: Tp:Ts > 10, 000:1 at 45° AOl

UV Fused Silica substrate, with 9 operating wavelengths available from 405 nm to 1550 nm

High Extinction Ratio: > 10 000:1, > 100 000:1

Material: Calcite, α-BBO

Wavelength Range: 200 nm-3.0 μm

High Extinction Ratio: > 10000:1, > 100000:1

Material: Calcite, α-BBO

Operating Wavelength: 200 nm-3.0 μm

Extinction Ratio up to 100,000:1 (Upon the incidence of unpolarized light, two linearly polarized beams can be obtained at the output with an extinction ratio of up to 100,000:1.)

Cemented Design (The two crystal prisms are cemented together using an adhesive.)

Integrated Mechanical Housing (Pre-installed in a non-removable, black-anodized mechanical housing, the prism includes an engraved schematic indicating the input direction. One end features an SM1 external thread with a locking ring for counter-locking and polarization control, while the opposite end is smooth. Both ends are compatible with LBTEK's mounts.)

Extinction Ratio up to 100,000:1 (Upon the incidence of unpolarized light, two orthogonally polarized beams can be obtained at the output with an extinction ratio of up to 100000:1.)

Optimized Assembly Design (Calcite prisms are cemented with an optical adhesive, while α-BBO prisms are joined via optical contact.)

Integrated Mechanical Housing (Pre-installed in a non-removable, black-anodized mechanical housing. One end features an SM1 external thread with a locking ring for counter-locking and polarization control, while the opposite end is smooth. Both ends are compatible with LBTEK's mounts.)