UV Fused Silica Rhomboid Prism
The fused silica rhomboid prism is made of fused silica material, featuring ultra-high purity, low thermal expansion, and broad-spectrum transmission characteristics. It is suitable for demanding optical environments ranging from ultraviolet to visible and infrared wavelengths. Geometric structure of a rhomboid prism Side faces: two parallelogram-shaped inclined surfaces (typically with a 45° tilt angle or custom angles). End faces: two rectangular entrance/exit surfaces (perpendicular to the optical axis). Symmetry: no rotational symmetry, but it exhibits mirror symmetry. Optical properties of a rhomboid prism Beam displacement: the output beam is parallel to the input but laterally shifted, with displacement determined by the prism height and refractive index. No image rotation: preserves the original image orientation (unlike penta or dove prisms, which rotate the image). Reflection mechanism: typically employs two total internal reflections, creating a "Z"-shaped optical path.
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