UV Fused Silica Wedge Prisms for Precision Beam Steering

This high precision right angle prism is designed for accurate 90° beam deviation and image path folding, offering stable geometry, high surface quality, and flexible coating options for imaging and laser systems.

This high precision optical penta prism is designed to deflect light by 90 degrees while maintaining the original image orientation. With excellent angular accuracy and custom coating options, it is ideal for precision alignment and imaging systems.

This high precision optical Dove prism rotates an image by 180° and enables controlled image rotation by rotating the prism itself. With excellent surface quality and customizable coatings, it is ideal for precision optical alignment and imaging systems

This high precision optical roof prism simultaneously erects and reverses images while bending the optical path by 90°. Designed for stable image orientation, it is widely used in telescopes and optical instruments requiring compact image correction.

This high precision optical corner cube prism reflects incident beams back to their original direction through three internal reflections. Its retroreflection property ensures reliable beam return even at non-zero incident angles, making it ideal for alignment and collimation applications.

This UV fused silica corner cube prism provides accurate retroreflection through three internal reflections, returning incident beams back to their original direction. With excellent UV transmission and high surface precision, it is ideal for ultraviolet laser alignment and collimation systems.

Precision Optical Wedge Prisms are designed for accurate laser beam steering and fine angular adjustment. With high surface accuracy and anti-reflection coating, they effectively minimize ghost images and improve system stability.

UV Fused Silica Wedge Prisms are designed for precise laser beam steering in ultraviolet and visible applications. Featuring high surface accuracy and low reflection loss, these wedge prisms effectively reduce ghost images and ensure stable optical alignment.