Product Info

A beam splitter that perfectly divides incident light in the visible spectrum into a 50:50 split. Achieves the highest optical performance with an anti-reflective coated exterior polished surface.

Beam splitters play a crucial role in the optical systems of the visible spectrum, especially indispensable for optical experiments and precise light path design of optical equipment. By splitting multicolor light incident at θ = 45° into a 50:50 ratio of transmission and reflection, it allows for the distribution of light in two directions simultaneously, significantly enhancing the flexibility and accuracy of optical systems. Furthermore, the exterior polished surface is coated with an anti-reflective coating, minimizing unwanted reflections, reducing light loss, and maintaining light quality.

■ Features

Divides incident multicolor light at θ = 45° into a 50:50 transmission-reflection ratio, offering diversity and precision in optical system design.
The exterior polished surface with an anti-reflective coating suppresses unwanted reflections and minimizes light loss.
Delivers high performance in the visible spectrum, applicable in a wide range of fields such as scientific research, medical devices, and optical communication.

■ Specifications

Split Ratio: 50:50% (transmission-reflection)
Angle: Compatible with light incident at θ = 45°
Coating: Exterior polished surface with an anti-reflective coating
Applications: Optical experiments, scientific research, medical devices, optical communication systems

The precise control and splitting of light by beam splitters are key technologies for the design and performance improvement of optical systems. Especially, the high-quality transmission and reflection through the anti-reflective coating are essential for enhancing the reliability and accuracy of optical systems. This innovative beam splitter offers new possibilities in optical design, supporting research and development across various scientific and technological fields.

For more details, feel free to download the PDF or contact us.