DBAR 532 Fused Silica High Power Optical Window, 1064nm & 532nm

DBAR 532 Fused Silica High Power Optical Window

Optimize your dual-wavelength optical systems with the DBAR 532 Fused Silica High Power Optical Window, designed for exceptional performance at both 1064 nm and 532 nm wavelengths. Constructed from premium fused silica, this optical window features a dual-band anti-reflection (DBAR) coating, ensuring maximum light transmission and minimal reflection at these key wavelengths.

Key Features:

  • Material: Fused Silica for superior durability, thermal stability, and optical clarity
  • Wavelengths: Optimized DBAR coating for 1064 nm and 532 nm
  • High Transmission: Minimizes reflection, enhancing light throughput and efficiency
  • High Power Capability: Engineered to perform reliably in demanding laser environments

Ideal for high-power laser systems, optical instrumentation, and advanced research, the DBAR 532 Fused Silica High Power Optical Window is the preferred choice for professionals seeking precise and efficient optical performance across dual wavelengths

$78.00$450.00

Description

DBAR 532 Fused Silica High Power Optical Window

Optimize your dual-wavelength optical systems with the DBAR 532 Fused Silica High Power Optical Window, designed for exceptional performance at both 1064 nm and 532 nm wavelengths. Constructed from premium fused silica, this optical window features a dual-band anti-reflection (DBAR) coating, ensuring maximum light transmission and minimal reflection at these key wavelengths.

Key Features:

  • Material: Fused Silica for superior durability, thermal stability, and optical clarity
  • Wavelengths: Optimized DBAR coating for 1064 nm and 532 nm
  • High Transmission: Minimizes reflection, enhancing light throughput and efficiency
  • High Power Capability: Engineered to perform reliably in demanding laser environments

Ideal for high-power laser systems, optical instrumentation, and advanced research, the DBAR 532 Fused Silica High Power Optical Window is the preferred choice for professionals seeking precise and efficient optical performance across dual wavelengths

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