The MALS13 is a 10 mm by 10 mm square, 300 μm pitch, ± 2.00° Divergence angle microlens array with effective focal length of 4.8 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs. UV Grade Fused Silica offers excellent transmission from UV to IR, making it suitable for many applications. These microlens arrays are manufactured using photolithographic techniques based on semiconductor processing technology. The microlens arrays yield exceptionally accurate shaping of the lens profile and precise positioning of the lenses. An assortment of lens pitches and focal lengths is available to satisfy the need for almost any application.

• 透镜形状

  Plano-Convex

• 长度

  10 mm  

• 宽度

  10 mm  

• 透镜材料

  UV Grade Fused Silica

• 透镜类型

  Microlens Array

• 有效焦距

  4.8 mm  

• 光束发散角（半角）

  ±2.00 °

• 设计波长

  600 nm  

• 俯仰

  300 ± 0.25 µm

• 曲率半径

  2.20 mm

• 厚度

  0.90 mm  

• 厚度公差

  ± 0.05 mm

MALS13是10毫米10毫米平方,300μm音高,±2.00°发散角微透镜阵列与有效的4.8毫米焦距。微透镜阵列通常用于均匀化和塑造各种现代光发射器，从线窄准分子激光器到大功率led。紫外级熔融石英提供了从紫外到红外的优良传输，使它适合于许多应用。这些微透镜阵列是采用基于半导体加工技术的光刻技术制造的。微透镜阵列可以非常精确地塑造透镜轮廓和精确地定位透镜。各种各样的镜头音高和焦距是可用的，以满足几乎任何应用的需要。