Laser Plano-Convex Lens D=25.4mm F=33.0 ~ 1000mm Coating AR@1064&53

Related products

• Optical Windows, Optics, UV or IR Windows

  Zinc Selenide Window IR Window D=12.5-50mm Thickness 3 / 5mm Uncoated / Double-Sided AR 8-12mm

  

  Optical Windows, Optics, UV or IR Windows

  Zinc Selenide Window IR Window D=12.5-50mm Thickness 3 / 5mm Uncoated / Double-Sided AR 8-12mm

  Rated 0 out of 5

  (0)

  Introducing the Zinc Selenide Window IR Window with a diameter range of 12.5-50mm, thickness 3/5mm and an option to choose between an uncoated or double-sided AR 8-12mm. These windows are perfect for infrared transmission applications and possess excellent mechanical properties. If you are looking for high-quality, durable IR windows, Zinc Selenide is your best bet!

  SKU: CO-504

  $275.00 – $1,241.00

  Select options

  • Choose an optionD = 12.5mm Thickness = 3mm UncoatedD = 12.7mm Thickness = 3mm UncoatedD = 25mm Thickness = 5mm UncoatedD = 25.4mm Thickness = 5mm UncoatedD = 40mm Thickness = 5mm UncoatedD = 50mm Thickness = 5mm UncoatedD = 25mm Thickness = 5mm Double-sided Permeability Increasing IR2D = 25.4mm Thickness = 5mm Double-sided Permeability Increasing IR2D = 40mm Thickness = 5mm Double-sided Permeability Increasing IR2D = 50mm Thickness = 5mm Double-sided Transparency Enhancement IR2
    • 
    • 
    • 
    • 
    • 
    • 
    • 
    • 
    • 
    • 
    • +7 More

  Add to wishlist

  Compare
• Optical Windows, Optics, UV or IR Windows

  CaF2 Calcium Fluoride Window Infrared Window D=12.5-12.7mm Thickness 3mm Uncoated

  

  Optical Windows, Optics, UV or IR Windows

  CaF2 Calcium Fluoride Window Infrared Window D=12.5-12.7mm Thickness 3mm Uncoated

  Rated 0 out of 5

  (0)

  The CaF2 Calcium Fluoride Window Infrared Window has a diameter of 12.5-12.7mm and a thickness of 3mm. It is an uncoated window that allows infrared light to easily pass through with high transmission rates. This makes it a popular choice for infrared spectroscopy applications, as it is both durable and resistant to damage from exposure to heat, abrasion, and chemicals, making it a reliable addition to any laboratory or testing environment.

  SKU: CO-508

  $149.00

  Select options

  • Choose an optionDiameter = 12.5mm Thickness = 3.0mmDiameter = 12.7mm Thickness = 3.0mm
    • 
    • 

  Add to wishlist

  Compare
• Optical Windows, Optics, UV or IR Windows

  BaF2 Barium Fluoride Window Infrared Window D=12.5-12.7mm Thickness 2mm Uncoated

  

  Optical Windows, Optics, UV or IR Windows

  BaF2 Barium Fluoride Window Infrared Window D=12.5-12.7mm Thickness 2mm Uncoated

  Rated 0 out of 5

  (0)

  The BaF2 Barium Fluoride Window is an infrared window with an outer diameter of 12.5-12.7mm and 2mm thickness. This window is left uncoated and is commonly used for applications that require transmission in the infrared range. It’s ideal for industrial and scientific purposes due to its robust and stable nature.

  SKU: CO-503

  $191.00

  Select options

  • Choose an optionDiameter = 12.5mm Thickness = 2.0mmDiameter = 12.7mm Thickness = 2.0mm
    • 
    • 

  Add to wishlist

  Compare
• Optical Windows, Optics, UV or IR Windows

  Sapphire Standard Precision Window UV Optical Window D=12.5-25mm Thickness 2mm Uncoated

  

  Optical Windows, Optics, UV or IR Windows

  Sapphire Standard Precision Window UV Optical Window D=12.5-25mm Thickness 2mm Uncoated

  Rated 0 out of 5

  (0)

  The Sapphire Standard Precision Window UV Optical Window, with a diameter ranging from 12.5 to 25mm and a thickness of 2mm, is a high-performance and robust optical window used in various applications. This uncoated window is known for its exceptional thermal and mechanical properties, making it a popular choice in the industry. Whether you need it for research, scientific or industrial applications, this precision window provides a reliable and long-lasting solution.

  SKU: CO-499

  $115.00 – $172.00

  Select options

  • Choose an optionDiameter = 12.5mm Thickness = 2.0mm λ/4Diameter = 20.0mm Thickness = 2.0mm λ/4Diameter = 25.0mm Thickness = 2.0mm λ/4
    • 
    • 
    • 

  Add to wishlist

  Compare