High Grade Fused Silica

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  • 1064 nm AR-Coated Fused Silica Optical Window

    1064 nm AR-Coated Fused Silica Optical Window

    Price range: $78.00 through $450.00

    AR 1064 High Grade Fused Silica High Power Optical Window

    Enhance your optical systems with the AR 1064 High Grade Fused Silica High Power Optical Window, specifically designed for optimal performance at the 1064 nm wavelength. Made from high-grade fused silica, this optical window features a state-of-the-art anti-reflection (AR) coating, providing excellent light transmission and minimal reflection.

    Key Features:

    • Material: High Grade Fused Silica for exceptional durability, thermal stability, and optical clarity
    • Wavelength: Advanced AR coating optimized for 1064 nm to maximize light throughput
    • High Power Capability: Built to handle intense laser environments with reliability
    • Precision Engineering: Ensures clear and efficient optical performance with minimal distortion

    Specifications:

    • Chamfer: Protective
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: AR 1064
    • AOI: 
    • Reflectance, Transmittance Specification: R < 0.25% per surface, T > 99.5% total transmittance through window

    Ideal for use in high-power laser systems, optical instrumentation, and advanced research, the AR 1064 High Grade Fused Silica High Power Optical Window is the optimal choice for professionals seeking high-performance optical components.

    Select options This product has multiple variants. The options may be chosen on the product page
  • 1064 nm HR Fused Silica High-Power Mirror

    1064 nm HR Fused Silica High-Power Mirror

    Price range: $78.00 through $450.00

    HR 1064 Fused Silica High Power Optical Mirror

    Enhance your laser systems with the HR 1064 Fused Silica High Power Optical Mirror, engineered for optimal performance at the 1064 nm wavelength. Constructed from premium fused silica, this mirror offers outstanding durability, thermal stability, and precise light reflection, making it perfect for high-power optical applications.

    Key Features:

    • Material: Fused Silica for superior durability and thermal stability
    • Wavelength: Optimized for high reflection at 1064 nm
    • High Power Capability: Designed to handle intense laser environments
    • Precision Coating: Ensures reliable and efficient performance at the specified wavelength

    Specifications:

    • Chamfer: Protective
    • Flatness: L/8
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: HR 1064
    • AOI: 0 Degrees (45 Degree Also Available)
    • Reflectance Specification: R > 99.8%

    Ideal for use in laser systems, advanced research, and precision optical setups, the HR 1064 Fused Silica High Power Optical Mirror is the preferred choice for professionals who demand exceptional reliability and accuracy in their optical components.

    Select options This product has multiple variants. The options may be chosen on the product page
  • 1064/532 nm DBAR Fused Silica Optical Window

    1064/532 nm DBAR Fused Silica Optical Window

    Price range: $78.00 through $450.00

    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

    Specifications:

    • Chamfer: Protective
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: DBAR 532 1064
    • AOI:
    • Reflectance, Transmittance Specification: R < 0.25% per surface, T > 99.5% total transmittance through window

    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

    Select options This product has multiple variants. The options may be chosen on the product page
  • 1064/532 nm DBHR Fused Silica Optical Mirror

    1064/532 nm DBHR Fused Silica Optical Mirror

    Price range: $78.00 through $450.00

    Enhance your dual-wavelength optical systems with the DBHR 532/1064 High Power Optical Mirror, expertly crafted from premium fused silica for superior durability and precision. This optical mirror is designed to reflect both 532 nm and 1064 nm wavelengths, making it ideal for high-power laser applications that require precise light control across multiple wavelengths.

    Key Features:

    • Material: Fused Silica for exceptional thermal stability and durability
    • Wavelengths: Optimized for dual-wavelength reflection at 532 nm and 1064 nm
    • High Power Capability: Engineered to withstand intense laser environments
    • Precision Coating: Ensures reliable and efficient performance across both wavelengths

    Specifications:

    • Chamfer: Protective
    • Flatness: L/8
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: DBHR 532 and 1064nm
    • AOI: 0 Degrees (45 Degree Also Available)
    • Reflectance Specification: R > 99.8%

    Perfect for use in dual-wavelength laser systems, advanced research, and high-precision optical setups, the DBHR 532/1064 Fused Silica High Power Optical Mirror is the preferred choice for professionals seeking robust and accurate optical components.

    Select options This product has multiple variants. The options may be chosen on the product page
  • 1540 nm AR-Coated High-Grade Optical Window

    1540 nm AR-Coated High-Grade Optical Window

    Price range: $78.00 through $450.00

    AR 1540 High Grade Fused Silica High Power Optical Window

    Optimize your high-power optical systems with the AR 1540 High Grade Fused Silica High Power Optical Window, engineered for exceptional performance at the 1540 nm wavelength. Constructed from high-grade fused silica, this optical window features an advanced anti-reflection (AR) coating, ensuring superior light transmission and minimal reflection.

    Key Features:

    • Material: High Grade Fused Silica for outstanding durability, thermal stability, and optical clarity
    • Wavelength: Optimized AR coating for 1540 nm, ensuring maximum light throughput
    • High Power Capability: Designed to perform reliably in high-power laser environments
    • Precision Engineering: Provides clear and efficient optical performance with minimal distortion

    Specifications:

    • Chamfer: Protective
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: AR 1540
    • AOI: 0°
    • Reflectance, Transmittance Specification: R < 0.25% per surface, T > 99.5% total transmittance through window

    Ideal for use in high-power laser systems, optical instrumentation, and demanding research applications, the AR 1540 High Grade Fused Silica High Power Optical Window is the preferred choice for professionals requiring top-tier optical components and performance.

    Select options This product has multiple variants. The options may be chosen on the product page
  • 1540 nm HR Fused Silica High-Power Mirror

    1540 nm HR Fused Silica High-Power Mirror

    Price range: $78.00 through $450.00

    HR 1540 Fused Silica High Power Optical Mirror

    Optimize your high-power laser systems with the HR 1540 Fused Silica High Power Optical Mirror, designed for exceptional performance at the 1540 nm wavelength. Crafted from high-quality fused silica, this mirror offers superior durability, thermal stability, and precise light reflection, making it ideal for demanding optical applications.

    Key Features:

    • Material: Fused Silica for excellent durability and thermal stability
    • Wavelength: Optimized for high reflection at 1540 nm
    • High Power Capability: Designed to withstand intense laser environments
    • Precision Coating: Ensures reliable and efficient performance at the specified wavelength

    Specifications:

    • Chamfer: Protective
    • Flatness: L/8
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: HR 1540
    • AOI: 0 Degrees (45 Degree Also Available)
    • Reflectance Specification: R > 99.8%

    Ideal for use in laser systems, advanced research, and high-precision optical setups, the HR 1540 Fused Silica High Power Optical Mirror is the top choice for professionals requiring reliable and precise optical components.

    Select options This product has multiple variants. The options may be chosen on the product page
  • 532 nm HR Fused Silica High-Power Mirror

    532 nm HR Fused Silica High-Power Mirror

    Price range: $78.00 through $450.00

    HR 532 Fused Silica High Power Optical Mirror

    Enhance your optical systems with the HR 532 Fused Silica High Power Optical Mirror, designed for optimal reflection at the 532 nm wavelength. Crafted from premium fused silica, this mirror offers exceptional durability, thermal stability, and precise light control, making it ideal for high-power laser applications.

    Key Features:

    • Material: Fused Silica for superior durability and thermal stability
    • Wavelength: Optimized for high reflection at 532 nm
    • High Power Capability: Built to withstand intense laser environments
    • Precision Coating: Ensures reliable and efficient performance at the specified wavelength

    Specifications:

    • Chamfer: Protective
    • Flatness: L/8
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: HR 532
    • AOI: 0 Degrees (45 Degree Also Available)
    • Reflectance Specification: R > 99.8%

    Ideal for use in laser systems, advanced research, and high-precision optical setups, the HR 532 Fused Silica High Power Optical Mirror is the preferred choice for professionals demanding reliable and accurate optical components.

    Select options This product has multiple variants. The options may be chosen on the product page
  • Uncoated Fused Silica Optical Window

    Uncoated Fused Silica Optical Window

    Price range: $65.00 through $375.00

    Uncoated High Grade Fused Silica Optical Window

    Achieve superior optical performance with the Uncoated High Grade Fused Silica Optical Window, ideal for applications demanding exceptional clarity and durability. Made from high-grade fused silica, this optical window offers outstanding thermal stability, low refractive index, and high transmission across a wide wavelength range, making it perfect for precision optical systems.

    Key Features:

    • Material: High Grade Fused Silica for excellent optical clarity and thermal stability
    • High Transmission: Superior light transmission across UV, visible, and IR wavelengths
    • Uncoated: Versatile for a variety of applications, allowing for custom coatings or use in their natural state
    • Durability: Resistant to thermal shock and chemical damage, ensuring long-lasting performance

    Specifications:

    • Chamfer: Protective
    • Wedge: <5″
    • Scratch-Dig: 10-5
    • RMS Roughness: <10A
    • Clear Aperture: 85%
    • Coating: Uncoated
    • AOI: 
    • Reflectance, Transmittance Specification: R < 0.25% per surface, T > 99.5% total transmittance through window

    Perfect for use in laser systems, imaging equipment, and advanced research, the Uncoated High Grade Fused Silica Optical Window is the preferred choice for professionals requiring top-tier optical components for their precision applications.

    Select options This product has multiple variants. The options may be chosen on the product page