Join our next webinar
Discover how electron diffraction was pivotal to provide the structure of biogenic crystals
Presented by: Dr. Benjamin Palmer, Ben-Gurion University
PRODUCT AND SERVICES
ELDICO ED-1
ELDICO ED-1 is the world’s first dedicated horizontal electron diffractometer. Engineered with Swiss precision and innovation together with established partners, it offers unrivaled structure elucidation of nano-sized particles. With flexibility in mind, featuring a cutting-edge goniometer, reduced distortion and advanced automation, it’s set to be the standard for revolutionize electron diffraction measurements for diverse scientific applications.
Electron diffraction (microED) measurement service
ELDICO Scientific is world leader CRO for electron diffraction (microED) measurements. Beyond crystal structure determination on nanosized materials, we provide comprehensive solutions for solid-state characterization. With two cutting-edge electron diffractometers (ELDICO ED-1), a glovebox to handle air-sensitive materials, backed by over more than three decades of crystallography expertise, we ensure precise results with short lead times and transparent pricing for customers active in pharmaceutical, energy storage and advance material industry.
Scientific collaboration/application development
At ELDICO Scientific, we specialize in scientific collaboration and application development. With the ELDICO ED-1’s flexible design and software, customization for new applications is seamless, empowering researchers to explore uncharted fields unreachable by other technologies.
Latest news from ELDICO
FROM OUR TRUSTED CLIENTS’ LIST
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Professor Jeroen van Bokhoven
”The continued development and application of electron diffraction is particularly important because it enables structural analysis of individual crystals that are too small to be measured by X-ray diffraction.”
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Dr. Mauro Gemmi
”A dedicated device for electron diffraction would open up a lot of new possibilities. I see new possibilities in materials science, I see possibilities in pharmacology, in organic chemistry. I see incredible possibilities in the fields where what is critical is the size of the crystal.”
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Professor Ute Kolb
”In order to solve structures not accessible by X-ray powder diffraction, it was necessary to improve the acquisition of diffraction data significantly. When, in 2007, the first ab-initio structural analysis of barite was performed, I did not yet realize that this would be the foundation for a widely applicable 3D electron diffraction method.”
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Dr. Bernd Hinrichsen
”Over the past decades, electron diffraction has been a regular tool in our analyses of inorganic materials. ED instruments with proper, more tailored functionalities are required to adequately address the requirements of the crystallographic structure analysis community.”
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Dr. Lukas Palatinus
”Determination of the absolute configuration of organic molecules is essential in drug development and the subsequent approval process. This determination is possible thanks to electron diffraction using nanocrystalline material.”
