
By XRnanotech
Blazed Gratings and Greyscale Structures Our blazed and grayscale capabilities enable various applications, including diffractive optical elements for high-security and visual effects, custom microlenses, microfluidics and photonic devices. - Rapid prototyping - Maskless lithography - Grayscale resist topography - RMS < 50 nm - Nanometer scale coatings - Shape fidelity = 99% At XRnanotech, our blazed and greyscale capabilities enable a wide range of applications, including diffractive optical elements for high-security and visual effects, custom microlenses, microfluidics, and photonic devices. We utilize state-of-the-art electron beam and laser lithography. With tailored groove densities and complex 2.5D microstructures, our precision optical elements are ideal for advanced microscopy, X-ray imaging, and cutting-edge photonics. Our expertise ensures unmatched precision and efficiency across diverse optical systems. Specifications Height Pitch E-Beam Blazed Grtaings 20 nm 400 nm DWL Blazed Gratings 300 nm 5000 nm DWL Greyscale MLAs <100 µm >100 µm Large material Choice Metals, Si, Polymers, various coating possibilities Different Substrate Possibilities Si, Diamond, low-CTE, Glass Applications Spectrometers, Monochromators, Analyzers, Axicons, Wavefront Control Elements, Optical Sensors, Advanced Photonic Devices

Compound refractive lenses. Polymer-CRL Sample illumination, imaging 6 keV 0.05 m 0.5 µm Full-Field Imaging: yes Achromatic: no Influence on polarization? no. Our polymer X-ray lenses, made using X-ray LIGA technology, feature strong refractive power and short working distances, ideal for photon energies ranging from 6 keV to over 100 keV. These compact lenses are available in a variety of types, including compound refractive lenses (CRLs) for imaging. Our optics are designed for synchrotron sources and full-field X-ray microscopy, providing superior performance in both research and industrial settings.
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Prism lenses. Point or line focus. Astigmatism-free. X-ray prism lenses (XPLs) for high transmission rates and sample illumination. Polymer-XPL Sample illumination, imaging 6 keV 0.2 m 10 µm Full-Field Imaging: no Achromatic: no Influence on polarization? no. Our optics are designed for synchrotron sources and full-field X-ray microscopy, providing superior performance in both research and industrial settings.
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Combining diffractive and refractive optics, ensuring high-resolution imaging across a wide energy range with minimal chromatic aberration. - 3D nano-printed lens array - Use with a broad X-ray spectrum - Microscopy and Spectroscopy - Achromatic or apochromatic configuration We manufacture achromatic X-ray lenses with 3D printing cleanroom nano-technology, combining a focusing Fresnel zone plate with a defocusing refractive lens to minimize chromatic aberration. This unique setup enables consistent, high-quality imaging over a broad energy range without the need for focal adjustments, making them ideal for applications requiring flexibility in photon energy. Manufactured to meet the highest precision standards, these lenses are perfect for synchrotron, microscopy, and spectroscopy setups. By offering a solution that improves efficiency and reduces scan times, we provide researchers and industries with cutting-edge tools to enhance their imaging capabilities.
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