Edmund Optics Inc. 50mm Dia. 1/10 Wave Fused Silica Window, UV-VIS Coated NT48-069

Description
UV, Visible, and NIR Anti-Reflection Coated Versions Available High Tolerance for Precision Applications Sizes Ranging from 5 - 50mm Diameters Our precision TECHSPEC® 1/10λ UV Fused Silica Windows feature laser-grade surface quality and parallelism. In addition, these windows will limit the transmitted wavefront distortion to 1/10λ. Available uncoated, or with anti-reflection coatings optimized for the UV or visible spectrum, the superior transmission characteristics and excellent thermal properties combined with high tolerance manufacturing specifications make these windows an excellent choice for more demanding applications.
Description
UV, Visible, and NIR Anti-Reflection Coated Versions Available High Tolerance for Precision Applications Sizes Ranging from 5 - 50mm Diameters Our precision TECHSPEC® 1/10λ UV Fused Silica Windows feature laser-grade surface quality and parallelism. In addition, these windows will limit the transmitted wavefront distortion to 1/10λ. Available uncoated, or with anti-reflection coatings optimized for the UV or visible spectrum, the superior transmission characteristics and excellent thermal properties combined with high tolerance manufacturing specifications make these windows an excellent choice for more demanding applications.

Suppliers

Company
Product
Description
Supplier Links
Barrington, NJ, USA
50mm Dia. 1/10 Wave Fused Silica Window, UV-VIS Coated
NT48-069
50mm Dia. 1/10 Wave Fused Silica Window, UV-VIS Coated NT48-069
UV, Visible, and NIR Anti-Reflection Coated Versions Available High Tolerance for Precision Applications Sizes Ranging from 5 - 50mm Diameters Our precision TECHSPEC® 1/10λ UV Fused Silica Windows feature laser-grade surface quality and parallelism. In addition, these windows will limit the transmitted wavefront distortion to 1/10λ. Available uncoated, or with anti-reflection coatings optimized for the UV or visible spectrum, the superior transmission characteristics and excellent thermal properties combined with high tolerance manufacturing specifications make these windows an excellent choice for more demanding applications.
  • UV, Visible, and NIR Anti-Reflection Coated Versions Available
  • High Tolerance for Precision Applications
  • Sizes Ranging from 5 - 50mm Diameters

Our precision TECHSPEC® 1/10λ UV Fused Silica Windows feature laser-grade surface quality and parallelism. In addition, these windows will limit the transmitted wavefront distortion to 1/10λ. Available uncoated, or with anti-reflection coatings optimized for the UV or visible spectrum, the superior transmission characteristics and excellent thermal properties combined with high tolerance manufacturing specifications make these windows an excellent choice for more demanding applications.

Supplier's Site

Technical Specifications

  Edmund Optics Inc.
Product Category Optical Windows
Product Number NT48-069
Product Name 50mm Dia. 1/10 Wave Fused Silica Window, UV-VIS Coated
Window Type Plane
Window Material UV Grade Fused Silica
Window Shape Circular
Window Diameter, Side Length, or Rectangular Length 50 mm (1.97 inch)
Unlock Full Specs
to access all available technical data

Similar Products

AR Laser Windows -  - Gurley Precision Instruments
Gurley Precision Instruments
Specs
Wavelength Range 266 to 1064 nm (2660 to 10640 Å)
Window Material UV Grade Fused Silica
Windows Features Anti-Reflection Coating
View Details
Optical Window, Sapphire, 35.00 mm Diameter, 1.00 mm Thick - SAW27 - Newport MKS
Specs
Window Material Sapphire; Sapphire
Windows Features No Coating
Coating Material Uncoated
View Details
Optical Windows - UV Fused Silica Windows - CeNing Optics Co., Ltd.
Specs
Window Type Plane
Window Material UV Grade Fused Silica
Windows Features Anti-Reflection Coating (optional feature)
View Details
Monocrystalline MgF2 Lenses -  - Changchun Yutai Optics Co., Ltd.
Changchun Yutai Optics Co., Ltd.
Specs
Coating Material Specified by customers
Surface Quality 40-20 Scratch / Dig
Surface Flatness λ/4
View Details