AR Coated Glass 400-700nm

OPTOStokes AR coated glass 400-700nm: T>98% transmission, 1.0mm thickness (stocked). Anti-reflective, customizable. Contact sales@optofilters.com
Products Description

AR Coated Glass 400-700nm | OPTOStokes


Technical Specifications

ParameterDescription
Transmission Range400-700nm @ T>98%
Thickness1.0mm (other thicknesses in stock)
Surface Quality60/40 scratch-dig

About This Product

Our AR coated glass 400-700nm minimizes surface reflections, maximizing light transmission in the visible spectrum (400-700nm). The precision anti-reflective coating ensures >98% transmittance—critical for maintaining signal strength in optical systems where every photon counts.

Key Benefits

  • Ultra-high transmittance (>98%) across 400-700nm reduces light loss
  • Anti-reflective coating eliminates glare and ghosting in imaging
  • 60/40 surface quality ensures minimal scattering, preserving image clarity
  • Durable coating withstands handling and environmental exposure

Applications

  • Imaging Lenses: Boosts light throughput in camera lenses, microscopes, and telescopes for brighter, sharper visuals
  • Machine Vision: Reduces reflection artifacts in inspection systems, improving accuracy in quality control
  • Display Systems: Enhances visibility by minimizing surface reflections on screens and optical windows

Stock & Custom Options

We keep 1.0mm thickness and standard sizes in stock for immediate delivery. Need specific dimensions? Choose circular, square, or custom shapes—with optional mounting—to fit your system perfectly.

Why OPTOStokes?

Our AR coated glass meets international optical standards, with ready inventory for quick turnaround. Custom solutions? Our team delivers precise, on-time results. Trusted quality for critical optical setups.

Contact Us

Need high-transmission AR glass? Email sales@optofilters.com or message us—we’ll help you select the right fit.

Tags: AR coated glass 400-700nm filter anti-reflective glass high transmittance glass

Technical parameter
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Optical Filters for Machine Vi

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Understanding Light Pollution:

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