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Beamsplitter Cube(PBS+Waveplate)

Customizable according to customer needs; NEWSANDGY Optoelectronics provides you with high-quality products and services

Keywords:

Optical Waveplate

Material:

H-K9/N-BK7、N-SF11;JGS1/7980;Crystal Quartz  etc.

●Specitications:0.8mm、1mm、3mm、5mm、10mm、20mm、30mm etc.

●Wavelength:@400-700nm;@808nm;@1064;@1310;@1490;@1550nm;@2000nm  etc.

●Flatness:λ/2、λ/4、λ/8、λ/10  etc.

●Surface Quality(S/D):10/5、20/10、40/20、60/40

●Angle Tolerance :±10”、±30”、±1’

Customized according to demand

 

 

A Beamsplitter Cube is a precision optical component that merges the power of a Polarizing Beamsplitter (PBS) and a Waveplate to become a versatile maestro of light manipulation. The PBS layer first splits an incoming beam based on its polarization, cleanly reflecting one state (e.g., S-polarization) while transmitting the other (P-polarization). The integrated Waveplate then finely adjusts the phase of the transmitted beam, allowing precise control over its resulting polarization state—transforming it from linear to circular or rotating its angle. This compact, hybrid assembly enables advanced control in laser systems, optical instrumentation, and telecommunications, where managing both the intensity and the polarization of light is critical for performance, coherence, and signal integrity.

 

A Beamsplitter Cube is a precision optical component that merges the power of a Polarizing Beamsplitter (PBS) and a Waveplate to become a versatile maestro of light manipulation. The PBS layer first splits an incoming beam based on its polarization, cleanly reflecting one state (e.g., S-polarization) while transmitting the other (P-polarization). The integrated Waveplate then finely adjusts the phase of the transmitted beam, allowing precise control over its resulting polarization state—transforming it from linear to circular or rotating its angle. This compact, hybrid assembly enables advanced control in laser systems, optical instrumentation, and telecommunications, where managing both the intensity and the polarization of light is critical for performance, coherence, and signal integrity.


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