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.