Corner Cube Retroreflectors

Prism Size: 25mm, 30mm, 40mm, 50mm Material: Optical glass Refractive Index: 1.5

This optical prism set is designed for educational and experimental purposes, providing high-quality prisms for light refraction and reflection studies.

Material: BK7, Fused Silica Size Range: Customized Surface Quality: 40/20, 20/10

High-quality optical prisms designed for precise light manipulation and reflection.

Dimension A: Customizable Dimension B: Customizable Dimension C: Customizable

Right angle prisms are optical components used to reflect light at 90° or 180° angles, commonly applied in optical systems for beam steering, image rotation, and retroreflection.

Dimension A: Varies Dimension B: Varies Dimension C: Varies

Right angle prisms are optical components used to reflect or redirect light at precise angles, commonly employed in imaging systems, laser applications, and optical instruments.

Reflecting Face Working Angle (45° Prism): 45° Prism Working Angle (60° Prism): 60°

This product documentation presents a series of precision optical prisms shown through optical path diagrams. The series covers multiple prism geometries, including a 45° rhomboid/Dove-type prism for lateral beam displacement and image rotation, a 60° dispersing/deviation prism for beam deflection, a compact multi-reflection image erecting prism, an elongated prism pair for beam shaping, and a compound prism assembly with defined entrance and exit beam orientations (marked with R). The prisms work on the principle of refraction and total internal reflection at precisely polished surfaces, enabling image inversion/reversion, optical path folding, beam steering and beam displacement without the need for metallic mirror coatings. Angular references of 45° and 60° are indicated on the drawings as the key working angles of the reflective faces. These prisms are fundamental building blocks in optical instruments such as telescopes, binoculars, periscopes, rangefinders, surveying instruments, spectrometers and laser systems.