λ10 N-BK7 Windows
High Precision:
λ/10 flatness ensures minimal optical distortion for superior imaging quality.
10/5 S/D surface quality reduces scattering and reflection losses, maximizing light transmission.
Versatile Coating Options:
Standard coatings available for 400-700nm, 700-1100nm, and 1100-1650nm, covering both VIS and IR spectra.
Customized coatings can be tailored to meet specific application requirements.
Robust Material:
Manufactured using SCHOTT’s N-bk7 glass, a ROHs-compliant borosilicate glass material known for its optical excellence, low cost, wide transmittance range (VIS to NIR), and mechanical/thermal resilience.
Laser-Line Optimization:
Designed to transmit laser wavelengths efficiently while minimizing losses due to absorption or scattering.
Deflects harmful laser beams, safeguarding sensitive internal components.
Standardized and Customizable Sizes:
Off-the-shelf products with standardized sizes benefit OEMs.
Custom sizes available to meet specific customer requirements.
Applications: Sensors, Cameras and Imaging Systems, Lasers and Laser Equipment, Scientific and Industrial Instrumentation, etc.
An Optical Window is a transparent optical component that transmits light while acting as a barrier between detrimental external conditions and sensitive cores inside a system. Apart from the primary function of protection, optical windows might also be used as elements to increase transmission, enhance contrast, or seal a hermetic chamber. Optical windows can be incorporated into a diverse range of optical devices including sensors, cameras, and lasers.
Features:
1.High Precision:
- λ/10 flatness ensures minimal optical distortion for superior imaging quality.
- 10/5 S/D surface quality reduces scattering and reflection losses, maximizing light transmission.
2.Versatile Coating Options:
- Standard coatings available for 400-700nm, 700-1100nm, and 1100-1650nm, covering both VIS and IR spectra.
- Customized coatings can be tailored to meet specific application requirements.
3.Robust Material:
- Manufactured using SCHOTT’s N-bk7 glass, a ROHs-compliant borosilicate glass material known for its optical excellence, low cost, wide transmittance range (VIS to NIR), and mechanical/thermal resilience.
4.Laser-Line Optimization:
- Designed to transmit laser wavelengths efficiently while minimizing losses due to absorption or scattering.
- Deflects harmful laser beams, safeguarding sensitive internal components.
5.Standardized and Customizable Sizes:
- Off-the-shelf products with standardized sizes benefit OEMs.
- Custom sizes available to meet specific customer requirements.
Applications:
- Sensors:Optical windows protect sensitive sensor components while ensuring high transmission and contrast for accurate measurements.
- Cameras and Imaging Systems:Used to enhance image quality by reducing reflections and scattering, as well as protecting the camera’s internal components.
- Lasers and Laser Equipment:Laser-line windows are essential for transmitting laser wavelengths efficiently while minimizing losses and deflecting harmful beams.
- Scientific and Industrial Instrumentation:Versatile optical windows find applications in various scientific and industrial devices where precise light transmission and protection are crucial.
Our optical windows are produced using SCHOTT’s N-bk7 glass, a ROHs-compliant borosilicate glass material renowned for its optical excellence and good comprehensive properties. The N-bk7 substrates offer exceptional precision (λ/10 flatness and 10/5 S/D surface quality) and excellent optical, thermal, and mechanical properties, rendering our λ/10 n-bk7 windows competent when being utilized as laser-line windows. They perform superior transmission and exhibit distinguished damage resistance and mechanical strength.
