Non-Polarizing Beamsplitter Cubes
Non-polarization sensitivity: Ability to handle beams in arbitrary polarization states without worrying about the impact of polarization changes on experimental results or system performance.
High transmittance: Well-designed non-polarizing beam splitters typically have high transmittance, which minimizes the loss of light energy.
Uniform light splitting: The incident beam can be evenly divided into two beams of similar energy to ensure the stability and reliability of the subsequent optical system.
Wide spectral range: suitable for a variety of wavelength beams to meet the needs of different application scenarios.
Low wavefront distortion: High-quality non-polarized beam splitters have low wavefront distortion, ensuring that the wavefront quality of the beam after passing through is not affected.
Applications: Interferometry, Laser processing, Optical imaging, Spectral analysis, Scientific research experiments, etc.
Non-Polarizing Beamsplitter Cubes are optical components designed to divide an incident beam into two beams of similar energy that do not change their polarization state. Unlike conventional polarization beam splitters, non-polarization beam splitters are not sensitive to the polarization of light, making them suitable for applications where the polarization state of the beam needs to be kept constant.
Specifications:
| Wavelength | 450-650nm, 650-950nm, 900-1200nm, 1200-1600nm |
| Polarization | T/R=46/46, |Ts-Tp|<5%, |Rs-Rp|<5% |
| Surface Quality | 60/40, 40/20, S/D |
| Beam Deviation | <3 arc min |
| Wavefront Distortion | <λ/4@633nm |
| Clear Aperture | >80% central diameter |
| Material | K9 |
| Dimension | 10.0×10.0x10.0mm 12.7×12.7×12.7mm 15.0×15.0x15.0mm 20.0×20.0x20.0mm 25.4×25.4×25.4mm |
Features:
- Non-polarization sensitivity: Ability to handle beams in arbitrary polarization states without worrying about the impact of polarization changes on experimental results or system performance.
- High transmittance: Well-designed non-polarizing beam splitters typically have high transmittance, which minimizes the loss of light energy.
- Uniform light splitting: The incident beam can be evenly divided into two beams of similar energy to ensure the stability and reliability of the subsequent optical system.
- Wide spectral range: suitable for a variety of wavelength beams to meet the needs of different application scenarios.
- Low wavefront distortion: High-quality non-polarized beam splitters have low wavefront distortion, ensuring that the wavefront quality of the beam after passing through is not affected.
Applications:
- Interferometry: In optical measurement equipment such as interferometers, non-polarizing beam splitters are used to generate and separate interferometric beams to ensure the accuracy of measurement results.
- Laser processing: In industrial applications such as laser cutting and welding, non-polarizing beam splitters can be used to divide laser beams into multiple beams for parallel processing to improve production efficiency.
- Optical imaging: In imaging systems such as microscopes and telescopes, non-polarized beam splitters can be used to combine or split beams to achieve specific imaging effects.
- Spectral analysis: In devices such as spectrometers, non-polarized beam splitters can be used to divide the incident beam into multiple beams for parallel analysis, improving spectral resolution and detection sensitivity.
- Scientific research experiments: In scientific research experiments in physics, chemistry, biology and other fields, non-polarized beam splitters can be used to generate and control specific optical paths to meet experimental needs.
Note that the above descriptions are generalized based on the characteristics and applications of general non-polarized beam cubes. For detailed English descriptions of Kingwin Optics’ specific products, it is recommended to visit Kingwin Optics’ official website directly or contact their sales department for accurate information. If Kingwin Optics provides documentation such as product manuals or specification sheets, these documents will be the best source for detailed information about the product.
