Edmund Optics Inc. Cyl. Microlens Array 10x10mm, 500μm Pitch, 2.2° Divergence NT86-842

Description
Generate Non-Gaussian Line Patterns Ideal for Light Homogenization Excellent Performance from 193nm 2.5µm Cylindrical Microlens Arrays are used to homogenize a variety of light sources, including lasers or high power LEDs. Unlike Square Microlens Arrays, which generate spot patterns, Cylindrical Microlens Arrays yield non-gaussian line patterns, and are ideal for welding, drilling, or laser ablation applications from the UV to IR. Additionally, these lenses can be used as fast axis collimators.
Description
Generate Non-Gaussian Line Patterns Ideal for Light Homogenization Excellent Performance from 193nm 2.5µm Cylindrical Microlens Arrays are used to homogenize a variety of light sources, including lasers or high power LEDs. Unlike Square Microlens Arrays, which generate spot patterns, Cylindrical Microlens Arrays yield non-gaussian line patterns, and are ideal for welding, drilling, or laser ablation applications from the UV to IR. Additionally, these lenses can be used as fast axis collimators.

Suppliers

Company
Product
Description
Supplier Links
Edmund Optics Inc.
Barrington, NJ, USA
Cyl. Microlens Array 10x10mm, 500μm Pitch, 2.2° Divergence
NT86-842
Cyl. Microlens Array 10x10mm, 500μm Pitch, 2.2° Divergence NT86-842
Generate Non-Gaussian Line Patterns Ideal for Light Homogenization Excellent Performance from 193nm 2.5µm Cylindrical Microlens Arrays are used to homogenize a variety of light sources, including lasers or high power LEDs. Unlike Square Microlens Arrays, which generate spot patterns, Cylindrical Microlens Arrays yield non-gaussian line patterns, and are ideal for welding, drilling, or laser ablation applications from the UV to IR. Additionally, these lenses can be used as fast axis collimators.
  • Generate Non-Gaussian Line Patterns
  • Ideal for Light Homogenization
  • Excellent Performance from 193nm 2.5µm

Cylindrical Microlens Arrays are used to homogenize a variety of light sources, including lasers or high power LEDs. Unlike Square Microlens Arrays, which generate spot patterns, Cylindrical Microlens Arrays yield non-gaussian line patterns, and are ideal for welding, drilling, or laser ablation applications from the UV to IR. Additionally, these lenses can be used as fast axis collimators.

Supplier's Site

Technical Specifications

  Edmund Optics Inc.
Product Category Optical Lenses
Product Number NT86-842
Product Name Cyl. Microlens Array 10x10mm, 500μm Pitch, 2.2° Divergence
Materials Ultra-violet grade Fused Silica
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