| 摘要 |
A polygon mirror structure comprising a mirror body including spherical ceramic particles, a reinforcement member for reinforcing the strength of the ceramic particles, and a polymer, and further comprising a plurality of mirror surfaces formed on a lateral surface of the mirror body, wherein as the mirror body rotates, incident light is deflected and scanned along the mirror body surfaces. The polygon mirror can be manufactured on a large scale simply by plastic molding without having to use high-precision processing. Also, since the polygon mirror includes spherical ceramic particles, it is possible to prevent deformation due to shrinkage of polymer materials after plastic molding. Further, the use of a high-strength reinforcement member increases a tensile strength, thereby enabling the polygon mirror to be efficiently used in high-speed rotation.
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