超构体
半导体激光超构体光学模组
超构体简要
半导体激光超构体光学模组,它是光学系统重要⽽⼜基 础的构成元件,⼀般有⼀系列的微⼩单元透镜按⼀定的排列构成。
不同的排列可以形成不同的成像结果。单元的形 状有圆形、正⽅形、⾃由曲⾯、六边形以及四⽅形等不同形状。
⼀个激光光学模组只需要1-2⽚超构体透镜就能达到原有的,甚⾄更卓越的效果。
In the optical system, semiconductor laser superstructure optical module is an crucial and
fundamental component. Generally, it is composed of a series of tiny unit lenses arranged in a specific layout.
Various arrangements can form different imaging results.
The shapes of the units include circular, square, free- form, hexagonal, and quadrilateral. To achieve the original, or even
better results, a laser optical module necessitates just 1-2 superstructure lenses.
超构体的优势
结构极限优化与缩⼩ |
The limit of optical structure lies in optimization and reduction |
多维表⾯⼀体成型 |
Multidimensional surface integrated molding |
玻璃材质不受⾼低温冲击影响 |
The glass material of lenses remains unaffected by high and low temperature. |
安装于应⽤本体,深度融⼊组件内核 |
The lenses are firmly integrated into the component core, mounted on the application body |
多形式⾃由曲⾯⾼度融合,超灵活多组合应⽤ |
Multible free-form surfaces are highly integrated, extremely flexible, and widely applicable. |
极低功耗,极低成本实现超⼤规模化⽣产 |
Extremely low energy consumption of the equipment enables ultra- large-scale |