Beam Combining Mirror

Material: K9 or ZF Glass; Fused Silica Wavelength Range: 350~2300nm Dimensional Tolerance: +/-0.1mm

A polarizing beamsplitter cube separates unpolarized input into orthogonal linear polarizations: P transmits fully and S reflects at 45°, exiting at 90° to P. Two precision UV-fused-silica right-angle prisms are bonded, with a dielectric polarizing coating on one hypotenuse. Any surrounding face can be an entrance, but best polarization performance uses the perpendicular face of the coated prism; a black dot on top identifies it. Laser-line cubes offer Tp:Ts>3000:1. Four transmitting faces have single-wavelength V-type AR coatings with reflection <0.25% at the design wavelength. Ten options are 405, 532, 633, 780, 808, 830, 850, 1030, 1064 and 1550nm.

Material: K9 or ZF Glass; Fused Silica Wavelength Range: 350~2300nm Dimensional Tolerance: +/-0.1mm

A polarizing beamsplitter cube separates unpolarized input into orthogonal linear polarizations: P transmits fully and S reflects at 45°, exiting at 90° to P. Two precision UV-fused-silica right-angle prisms are bonded, with a dielectric polarizing coating on one hypotenuse. Any surrounding face can be an entrance, but best polarization performance uses the perpendicular face of the coated prism; a black dot on top identifies it. Laser-line cubes offer Tp:Ts>3000:1. Four transmitting faces have single-wavelength V-type AR coatings with reflection <0.25% at the design wavelength. Ten options are 405, 532, 633, 780, 808, 830, 850, 1030, 1064 and 1550nm.

Material: K9 or ZF Glass; Fused Silica Wavelength Range: 350~2300nm Dimensional Tolerance: +/-0.1mm

A polarizing beamsplitter cube separates unpolarized input into orthogonal linear polarizations: P transmits fully and S reflects at 45°, exiting at 90° to P. Two precision UV-fused-silica right-angle prisms are bonded, with a dielectric polarizing coating on one hypotenuse. Any surrounding face can be an entrance, but best polarization performance uses the perpendicular face of the coated prism; a black dot on top identifies it. Laser-line cubes offer Tp:Ts>3000:1. Four transmitting faces have single-wavelength V-type AR coatings with reflection <0.25% at the design wavelength. Ten options are 405, 532, 633, 780, 808, 830, 850, 1030, 1064 and 1550nm.

Material: K9 or ZF Glass; Fused Silica Wavelength Range: 350~2300nm Dimensional Tolerance: +/-0.1mm

A polarizing beamsplitter cube separates unpolarized input into orthogonal linear polarizations: P transmits fully and S reflects at 45°, exiting at 90° to P. Two precision UV-fused-silica right-angle prisms are bonded, with a dielectric polarizing coating on one hypotenuse. Any surrounding face can be an entrance, but best polarization performance uses the perpendicular face of the coated prism; a black dot on top identifies it. Laser-line cubes offer Tp:Ts>3000:1. Four transmitting faces have single-wavelength V-type AR coatings with reflection <0.25% at the design wavelength. Ten options are 405, 532, 633, 780, 808, 830, 850, 1030, 1064 and 1550nm.

Splitting Wavelength Band [Broad-Spectrum Visible Range]: 400nm - 700nm Splitting Ratio [50% Reflection, 50% Transmission]: 50% / 50% Lens Material [High Uniformity, Low Stress, High Durability]: Imported Japanese Optical Glass

Full product name: 5050 Dichroic Mirror Cube with MF2 Excitation Block Box. Core configuration: Japanese-imported 50/50 broadband beamsplitter and MF2 standard excitation-block housing. Splitting band: broadband coverage across 400–700nm. Splitting ratio: 50% reflection / 50% transmission (50/50). Standard accessory: dedicated protective storage case (including case).