Optical Windows

Custom Size Sapphire Optical Window, AR Coated

Explore customizable sapphire optical windows with 99% transmittance, ideal for IR imaging and LIDAR applications.

Core attributes

Material
Sapphire
Thickness
0.5–50 mm
Coating
ar

Product facts

Key attributes

Material
Sapphire
Thickness
0.5–50 mm
Coating
ar

Product description

Sapphire optical windows provide exceptional transmittance of 99%, making them ideal for applications in IR imaging, LIDAR, and laser systems. With thickness options ranging from 0.5 mm to 50 mm, these windows can be tailored to fit specific wavelength requirements. Their high durability and resistance to environmental factors ensure reliable performance in demanding conditions.

Key Features

  • Transmittance of 99% ensures minimal signal loss for optimal performance.
  • Thickness range of 0.5 mm to 50 mm allows for customization to fit specific application needs.
  • Focal length from 2 mm to over 10,000 mm with a tolerance of +/-0.3% supports a wide range of optical designs.
  • Clear aperture of 99% maximizes light transmission and enhances imaging quality.
  • Custom sizes and shapes available to meet unique project specifications.

Specification Summary

ItemValue
MaterialSapphire
DiameterCustom
Thickness0.5 mm
Transmittance99%
Coatinganti-reflective (AR)
MOQ—

Full Specifications

ParameterValue
Transmittance99; 99%
Focal Length2mm-10000mm+/-0.3%
Clear Aperture99%

FAQ

Can I get custom sizes for the sapphire windows?

Yes, sapphire optical windows can be customized in size according to your specific requirements.

What is the minimum order quantity (MOQ) for these windows?

The minimum order quantity (MOQ) is not specified, allowing flexibility in ordering.

Product inquiry

Request a quote

Share your application and target specifications. Optional optical details help clarify the request.

Optical requirements Optional
Optical requirements

We use these details to respond to your request. See our privacy notice.

More to explore

Related products

Not provided