Optical cube beam-splitter
Meadowlark Optics
Laser Line Beamsplitting Cubes
Each Meadowlark Laser Line Beamsplitting Cube separates an unpolarized incident beam into two orthogonal, linearly polarized components that have negligible absorption. (Using dielectric beamsplitting coatings, p polarized light is transmitted while s polarization is reflected.)
Right angle prisms are matched in pairs to produce high-quality laser line beamsplitting polarizers that have superior wavefront quality in transmission and reflection. The hypotenuse face of one prism is coated with a multilayer dielectric beamsplitting coating optimized for laser performance. Two prisms are cemented together to protect the critical coating from performance-degrading environmental factors.
All four entrance and exit faces are coated with a V-type antireflection coating to minimize reflection losses.
Each Meadowlark Laser Line Beamsplitting Cube separates an unpolarized incident beam into two orthogonal, linearly polarized components that have negligible absorption. (Using dielectric beamsplitting coatings, p polarized light is transmitted while s polarization is reflected.)
Right angle prisms are matched in pairs to produce high-quality laser line beamsplitting polarizers that have superior wavefront quality in transmission and reflection. The hypotenuse face of one prism is coated with a multilayer dielectric beamsplitting coating optimized for laser performance. Two prisms are cemented together to protect the critical coating from performance-degrading environmental factors.
All four entrance and exit faces are coated with a V-type antireflection coating to minimize reflection losses.
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