High-precision reflector made by joining three mirrors at 90°.
Self-compensating mirror that is completely unrelated to position, tilt, or motion. 【Features】 ○ When parallel beams are incident, the incoming light returns to the light source regardless of the physical axis. It is a structure that combines three surface reflection mirrors so that the corners of the mirrors are at right angles to each other. There is no material absorption or chromatic aberration like in prism-type corner cubes. ○ Mirrors with coatings suitable for the wavelength can be selected. Mirror coatings with maximum reflectivity in ultraviolet, visible, and infrared. Products can be manufactured at a lower cost with better accuracy than prisms. ○ PLX's retroreflectors are used in military, commercial, and aerospace applications. ● For more details, please contact us or download the catalog.
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basic information
Self-compensating mirror that is completely unrelated to position, tilt, or movement. 【Features】 ○ When a parallel beam is incident, the incoming light returns to the light source regardless of the physical axis. It is a structure that combines three surface reflection mirrors so that the corners of the mirrors are at right angles to each other. There is no material absorption or chromatic aberration like in prism-type corner cubes. ○ You can choose mirrors with coatings suitable for the wavelength. Mirror coatings with maximum reflectivity for ultraviolet, visible, and infrared. Products can be manufactured at a lower cost with better precision than prisms. ○ PLX's retroreflectors are applied in military, commercial, and aerospace fields. ● For more details, please contact us or download the catalog.
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Applications/Examples of results
Long pass spectroscopy, laser tracking, boresight adjustment, space, integrated optical structure, retroreflector separator.
Company information
We have over 40 years of history as a specialized import trading company, excelling in laser light sources, optical components, measuring instruments, and peripheral devices.
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