Description of Optical Component Beryllium Window

Off‑the‑shelf beryllium optical components often hide tiny voids and uneven foil thickness. These subtle flaws create beam artefacts and signal drift, forcing frequent recalibration and eating into your lab or production run time. Our optical‑grade beryllium windows are manufactured from high‑purity raw materials to minimise inclusions that can distort X‑ray output. Every window undergoes thorough surface inspection and dimensional checks across its full active aperture. It holds stable vacuum pressure differentials and copes well with repeated thermal cycling, fitting synchrotron beamlines, X‑ray detectors and custom optical assemblies. Bare foils or pre‑mounted custom versions are available for new builds or equipment retrofits. Please follow standard beryllium safety protocols during handling and installation. If you are tired of budget‑grade parts introducing avoidable measurement noise, these precision‑built windows deliver consistent, trustworthy performance for your high‑demand optical workflows.

Features of Optical Component Beryllium Window

1. Precision beryllium for optical applications 

2. Broadband transmission from UV to X-ray  

3. Polished surfaces for minimal wavefront distortion  

4. Customizable thickness and aperture sizes  

5. Vacuum-rated for sealed optical assemblies  

6. Low-density material for lightweight optics  

7. Excellent thermal conductivity for stability  

8. AR coatings available upon request  

9. Rigorous quality control with metrology reports 

10. Cleanroom packaged for contamination-free use

Applications of Optical Component Beryllium Window

1. Medical Imaging: In medical imaging, beryllium windows are integral to X-ray tubes, enabling efficient transmission of X-rays for diagnostic imaging. Their high transparency ensures clear imaging results while maintaining the integrity of the system under repeated use.

2. Industrial Inspection: Beryllium windows are widely used in industrial CT scanners and non-destructive testing equipment. They allow precise X-ray transmission for inspecting materials and components, such as aerospace parts, ensuring safety and quality in critical applications.

3. Scientific Research: In synchrotrons and particle accelerators, these windows facilitate the transmission of high-intensity X-ray beams. Their durability and precision make them ideal for experiments requiring controlled radiation environments, such as crystallography and materials science.

4. Space and Defense: Beryllium windows are used in space and defense technologies, where their lightweight and robust properties are crucial. They enable the development of advanced sensors and X-ray instruments for satellite and defense systems.

Specifications of Optical Component Beryllium Window

Beryllium Window

Flange material: 316L

Flange Outer Diameter : 1.33inch(34mm) 

Aperture Diameter : 0.53inch(13mm) 

Foil Thick. : 0.005inch(0.13mm)

Leak Rate: ≤ 1.0 x 10⁻¹⁰ Pa·m³/s