XRnanotech manufactures high-precision nanostructured X-ray optics, including high-aspect-ratio Fresnel zone plates and ultra-stable diamond optics, for applications in scientific research, material testing, and medical imaging. The company provides customized optical solutions with resolutions down to 10nm, addressing the need for advanced imaging capabilities in various high-tech fields.
Funding
$150K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
High-resolution X-ray imaging and analysis are often limited by the availability of suitable optics that can focus or manipulate X-ray beams with nanoscale precision. Existing solutions may lack the necessary resolution, stability, or material compatibility for demanding applications in scientific research, materials testing, and medical imaging.
Solution
XRnanotech manufactures custom nanostructured X-ray optics designed for high-precision manipulation of X-ray and extreme ultraviolet (EUV) radiation. Utilizing electron beam lithography and other advanced techniques, the company produces Fresnel zone plates, gratings, lenses, and 3D nanostructures tailored to specific application requirements. XRnanotech's optics enable researchers and industry professionals to achieve resolutions down to 10nm, facilitating advanced imaging, material characterization, and nanoscale fabrication. The company's product portfolio includes standard and high-aspect-ratio zone plates, diamond optics for high-intensity applications, achromatic X-ray lenses, micro CT test targets, and custom-designed optics for unique beam shaping and manipulation tasks.
Target Audience
XRnanotech serves researchers, scientists, and engineers in fields such as materials science, nanotechnology, semiconductor manufacturing, and medical imaging who require high-resolution X-ray optics for advanced research and development.
Features
- Fabrication of Fresnel zone plates with resolution down to 10nm using electron beam lithography
- Production of X-ray gratings and beam splitters for phase contrast imaging and grating interferometry
- Diamond optics for high-intensity X-ray applications, such as free electron laser experiments
- Achromatic X-ray lenses for broadband X-ray radiation
- Custom design and manufacturing of optics for beam splitting, focusing, and orbital angular momentum manipulation
- Micro CT test targets and resolution targets for calibration and performance evaluation of imaging systems
- 3D nanostructures for phase correction, kinoform lenses, and resolution testing
- Nanophotonics and foundry services for custom photonic and chip fabrication
- Blazed gratings and greyscale structures for replicable microoptical elements