MOK Optics offers a range of high-performance polarization beamsplitter cubes, designed to separate polarized light into two orthogonal polarization states. These cubes are ideal for applications in laser systems, imaging systems, telecommunications, and various scientific instruments.

Narrow Band Polarization Beamsplitter Cube

Key Features:

• Principal Transmittance (Tp): Greater than 95%, ensuring high efficiency in transmitting the P-polarized component of light.
• Principal Reflectance (Rs): Greater than 99%, effectively reflecting the S-polarized component.
• Suppressed Transmission (Ts): Less than 1%, minimizing unwanted transmission of the S-polarized component.
• Suppressed Reflectance (Rp): Less than 5%, reducing undesired reflections of the P-polarized component.
• Anti-Reflective (AR) Coating: Applied to all four faces, achieving a reflectance of less than 0.25% per face, thereby minimizing losses and enhancing performance.
• Extinction Ratio: Greater than 100:1, providing excellent separation of polarization states.
• Wavelength Options: Available for specific wavelengths including 488nm, 532nm, 635nm, 780nm, 850nm, 1064nm, and 1300nm, tailored to meet the needs of various laser and optical systems.

Broadband Polarization Beamsplitter Cube

Key Features:

• Principal Transmittance (Tp): Greater than 95%, for efficient transmission of the P-polarized light across a broad wavelength range.
• Principal Reflectance (Rs): Greater than 99%, for highly effective reflection of the S-polarized light.
• Wavelength Range Options:
  • 450-680nm: Suitable for visible light applications, including various imaging and display technologies.
  • 650-850nm: Ideal for near-infrared applications, including telecommunications and laser systems.
  • 900-1200nm: Tailored for applications in the near-infrared spectrum, such as optical communication systems.
  • 1200-1500nm: Designed for use in infrared and telecommunications systems, covering key communication bands.

Applications:

• Laser Systems: Essential for separating and managing polarized light in laser cavities and other optical setups.
• Imaging Systems: Improve image contrast and quality by controlling polarization states.
• Telecommunications: Key component in fiber optic communication systems for managing signal polarization.
• Scientific Instruments: Used in various scientific applications, including spectroscopy and microscopy.

MOK Optics is dedicated to providing high-quality optical components tailored to your specific requirements. Our polarization beamsplitter cubes are crafted with precision and are available in a variety of standard and custom configurations.